Definition of a Futures Contract

Futures Education Homepage

What is a Futures Contract?

Forward and futures contracts are financial instruments that allow market participants to offset or assume the risk of a price change of an asset over time.

A futures contract is distinct from a forward contract in two important ways: first, a futures contract is a legally binding agreement to buy or sell a standardized asset on a specific date or during a specific month. Second, this transaction is facilitated through a futures exchange.

The fact that futures contracts are standardized and exchange-traded makes these instruments indispensable to commodity producers, consumers, traders and investors.

A Standardized Contract

An exchange-traded futures contract specifies the quality, quantity, physical delivery time and location for the given product. This product can be an agricultural commodity, such as 5,000 bushels of corn to be delivered in the month of March, or it can be financial asset, such as the U.S. dollar value of 62,500 pounds in the month of December.

The specifications of the contract are identical for all participants. This characteristic of futures contracts allows buyer or seller to easily transfer contract ownership to another party by way of a trade. Given the standardization of the contract specifications, the only contract variable is price. Price is discovered by bidding and offering, also known as quoting, until a match, or trade, occurs.

Futures contracts are products created by regulated exchanges. Therefore, the exchange is responsible for standardizing the specifications of each contract.

Exchange-Traded

The exchange also guarantees that the contract will be honored, eliminating counterparty risk. Every exchange-traded futures contract is centrally cleared. This means that when a futures contract is bought or sold, the exchange becomes the buyer to every seller and the seller to every buyer. This greatly reduces the credit risk associated with the default of a single buyer or seller.

The exchange thereby eliminates counterparty risk and, unlike a forward contract market, provides anonymity to futures market participants.

By bringing confident buyers and sellers together on the same trading platform, the exchange enables participants to enter and exit the market with ease, makings futures markets highly liquid and optimal for price discovery.

If you have questions send a message or  schedule an online review.

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Support and Resistance

Futures Education Homepage

Support and Resistance are common terms that traders use to describe levels where price is more likely to stop moving in one direction or change direction.

Support refers to levels where price might reverse and move higher or a level that slows the momentum of price moving down. Resistance refers to levels where price might reverse and move lower or a level that slows the momentum of price moving up. Support or resistance is determined by whether price is above or below the level identified by the trader.

Generally, a trader can think of support being levels below price whereas resistance is formed above price. Levels of support and resistance can be formed in a few different ways. Moving averages, previous highs and lows, key price levels, and trend lines are the main indicators that traders use to find levels of support and resistance.

Moving Averages 

Traders will use moving averages of various lengths to indicate levels of support and resistance. Moving averages below price will form levels of support and moving averages above price will create levels of resistance.

Traders can add more than one length moving average to visualize initial and deeper levels of support and resistance. For example, a trader might add the 21, 100 and 200 period exponentially moving averages to their charts.

Typically, the shorter the length of the moving average, the weaker the support or resistance it creates. This means, for example, price will move through a 9-period moving average on a 5min chart more often than a 100-period moving average. The 100-period moving average is considered to provide stronger support for price when compared to the 9-period moving average. Traders can use any moving average that they like, some common lengths are the 9, 21, 50, 100 and 200 period moving averages.

Traders might use the 100-period moving average on a daily chart to indicate stronger and longer term levels of support and resistance. Price may only move this far every few months.

As price moves to areas that a trader believes is support or resistance, moving averages will be used to pinpoint areas that price could move through or bounce of off. For example, if price is moving up then retraces to the 55-period moving average, then starts to move back up, there is a good chance that the level will hold as support, and price will start to move in the direction of the original trend again.

If price moves to the moving average and does not bounce, there is a good chance that it will move to lower levels of support. If price is already at lower levels of support such as the 200-period moving average, then it could be an indication of a longer-term change in trend. It could indicate that price is moving from an uptrend to a down trend and vice versa.

Previous Highs and Lows

Technical analysts believe that price has a memory and that trends will repeat. There are certain price levels where traders will act a certain way. For example, traders might decide that Crude Oil is a strong buy at $50 after a retracement from higher levels, or that the S&P 500 is a strong buy at 2000. This is what creates tops and bottoms in the market.

If there is enough interest a key level, when the market gets back to that level traders seem to behave in a similar fashion over time. Because of this market tendency, technical analysts may look at where a market made previous highs and lows and use these levels as support and resistance. Markets will tend to pause at previous highs and lows. For example, if a market is moving up it will tend to encounter resistance at a previous high. If a market is moving down it will generally find support at previous lows.

If price breaks through support, then it will generally continue in that direction.

When price breaks through support or resistance, these levels will reverse, support will become resistance and resistance will become support. For example, if price breaks through support then that level of support will become resistance when price moves back up. The same will occur if price moves through resistance, the previous level of resistance will tend to become support when price moves back down.

Price Levels

Support and resistance can also be observed at certain price levels. For example, specific prices will create levels where price will find support or resistance because this is where there is potentially increased interest in trading that particular market. For example, the daily chart of CL shows how over a few years the $100 level in crude could not be successfully broken by more than a few dollars, and each time it attempted to break out, price retraced.

Trend Lines

Trend lines act like moving averages, except they are based on the highs and lows that price makes. In this example, this daily chart of the ES shows how a trend line can act as support.

In a market that is moving up, a trend line would be drawn through a series of lows in price. This creates an upward sloping line. The theory is this line can be extended past current price and will support price as it moves back down towards the trend line.

A trader can also draw a line through the series of highs that the same market has made creating a channel, where price will in theory stay contained.

The same lines can be drawn for markets that are in a down trend.

Levels of support and resistance offer traders insights in to areas where price might stop trending and retrace or where retracements might stop, and price will begin to move in the direction of the original trend. Traders should be aware that support and resistance will not always hold to the penny, rather they are zones that can be identified in a market which might be favorable for traders to enter or exit a trade. Support and resistance levels offer another piece of information that can be included in a trader’s assessment of the market.

If you have questions send us a message or schedule an online review.

Regards,
Peter Knight Advisor

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Understanding Moving Averages

Futures Education Homepage

Exponential Moving Average (Red Line)
x

Xx
1) To Set a Exponential Moving Average
open this chart  (or 6-9 to calculate)

xx
x
2) Choose Add Technical Study

x
X

3) Choose Moving Average Exponential
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x

4) Click on the default parameter
x

5) Set the desired number of days
x

6) About Moving Averages

Moving averages are a common way for technical traders to begin the process of price analysis. It is often one of the first indicators that traders will add to their charts and will serve as a measure on its own or in comparison with other indicators.

A moving average is the average price of a futures contract or stock over a set period of time. Traders can add just one moving average or have many different time frames on one chart.

For example, a 14-day moving average of CL WTI futures would be the average closing price of the CL contract over the last 14 days.

7) Calculating Moving Average

There are a number of ways to mathematically calculate the average of a set of numbers. Each method will come up with a slightly different result and place emphasis on a certain section of the data being calculated.

Two common moving average calculations are simple moving averages and exponential moving averages. These moving averages will appear on a chart as a line above or below price. Traders might have multiple moving averages on their charts at one time and use different lines to represent different actions you might take with your trades

8) Simple Moving Average

A simple moving average, the most basic of moving averages, is calculated by summing up the closing prices of the last x days and dividing by the number of days.

For example, if WTI (CL) contract closed at $45.50, $45.25 and $46.10 over the last three days the moving average would be calculated as follows:

Sum of closing prices = 45.50 + 45.25 + 46.10 = 136.85
Simple moving average = sum of closing prices divided by number of days
                    = 136.85 / 3
                                       = $45.62

9) Exponential Moving Averages

Exponential moving averages assign more influence on recent numbers and less on old data because of a weighting variable in the calculation. This makes them more responsive to changes in price and also acts in smoothing out the line.

Exponential moving averages calculate the average of a series of numbers using a weighting multiplier that typically assigns more weight to later data. EMAs can be calculated in three steps.

1. Determine the SMA or use yesterday’s closing price to begin

2. Calculate the multiplier

3. Using price, the multiplier (time period) and the previous EMA value.

Here is the calculation for a 14-day EMA

1. SMA = $46.60, Closing price today is $46.75
2. Multiplier = 2 / (1 + n) = 2 / ( 1 + 14) = 0.133
3. Calculate the EMA = (Price today x Multiplier) + (EMA yesterday x ( 1 – multiplier)
            EMA = (46.75 x 0.133) + (46.60 x 0.867)
            EMA = $46.63

Note the first day of the EMA calculation can either start with yesterday’s closing price or the SMA from yesterday. You just need to pick a starting value for the EMA calculation.

As with simple moving averages, no calculation is needed on your part, the moving average indicator will calculate this for you and show the results as a line on your chart.

While there are other more complicated moving average calculations beyond EMA and SMA, these two are the most common. Other moving averages are basically an EMA that assigns different weighting and smoothing variables to the calculations.

10) Using Moving Averages

Moving averages are often used to compare where the current price of the underlying instrument is in relation to support and resistance on a chart. When price moves down to a moving average line or up to a moving average line, traders can use this as a signal that price might stop or retrace at that point.

For example, if price moved down to the 200EMA a trader might think that price might stop moving down from there as the 200 EMA will act as support for price to move back up.

Traders can also visualize short-term and long-term support and resistance on a chart by adding moving average lines of different time periods.

For example, a trader could use the 13EMA as a short-term indicator and the 200 EMA as a longer-term indicator on the same chart. The larger the EMA, the stronger the support and resistance and the more likely the price will change direction as it moves towards that EMA.

Of particular interest for traders can be when moving averages cross over, as these crossovers usually represent a shift in price. Crossovers, which occur when one moving average line crosses another moving average line, is used to signal bullish and bearish signals.

Short-term moving averages crossing above longer-term moving averages is generally seen as bullish and long-term moving averages crossing below shot-term moving averages is generally seen as bearish.

For example, if a trader sees that the 50 EMA is crossing above the 200 EMA this is generally a sign that price might continue to move up. A trader using moving averages as a signal to enter trades might purchase contracts, or add to a position because of this crossover signal.

Moving averages are simple yet powerful tools that traders can use to help visualize where price has been and where price might be moving next.

If you have questions send us a message or schedule an online review.

Regards,
Peter Knight Advisor

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Fundamentals and Energy Futures

Energy Educational Homepage

Energy products are varied and have many end uses. Crude oil, for example, can be used to make gasoline or as a raw material in the manufacturing of plastics. Natural gas can be used for heating applications as well as a feedstock for plastics, chemicals and other applications.

Since energy products can be refined products like gasoline, which is directly consumed, or raw inputs like crude oil, which can be made in to other products, the fundamental trader will need to consider the factors that influence supply and demand for the raw material, as well as supply and demand for any secondary products. Traders who trade crude oil will look at all the sources of demand both foreign and domestic not just the demand for gasoline.

Supply and Demand

Energy products, specifically, are very sensitive to changes in supply and demand. Small changes in either can have a noticeable effect on the price of the energy futures contract. Traders will pay attention to data releases concerning the supply and demand of the energy products they are interested in. For example, a crude oil trader will watch the weekly inventory reports to remain updated on the current build or drawdown details of crude oil and build a case of where they believe the price of crude oil will move next.

Another example is if crude oil inventories increase the price of crude 2% one week and decrease it by the same amount the next week, traders will make sure they are aware of the potential for large moves in the price of the futures contract and trade accordingly to limit their risk.

The main drivers of the price of energy products are user demand, inventory build and drawdown cycles (the supply cycle), and seasonality.

Demand is increased by economic growth along with consumer and industrial demand. If the economy is growing, then energy demands will be higher from both consumers and industry.

Some of the factors that create increased demand when economies are growing are: increased demand from automobiles and trucks, increased power consumption requiring increased energy demands, more heat requirements for homes and buildings and more requirements for energy products that are used as inputs in manufacturing.

Supply, or inventory build, also has many factors that make energy unique when compared to other commodities.

Build and Drawdown

Energy futures go through what is referred to as a build and drawdown cycle. Most energy products are extracted from the ground then transported to storage facilities, where they are stored to be delivered to the ultimate users. This is the build phase.

The drawdown phase is when the product is shipped from the storage facility to the end user. If production is lower than what is needed to satisfy current demand then there will be a drawdown in inventories, and if production is higher than the quantity which is being demanded then inventories will increase.

Traders will be familiar with this data in relation to the crude oil report which comes out every week and tells traders whether there has been a build or drawdown in crude oil reserves.

If energy supplies are higher or demand is lower, then price should decrease. If supplies are lower or demand is higher, then price should increase. Energy products follow the basic rules for supply and demand just like any commodity.

Seasonality

Seasonality also plays a part in the supply and demand for energy products. There are times during the year when, due to weather, demand might be higher or lower than normal. This might be due to increased demand for heating during winter months or increased demand during the summer months where vehicle use is typically higher.

Seasonality effects on energy futures are generally predictable as they occur during the same time each year, but what is not predictable is the actual demand during the season.

For example, natural gas goes through a seasonal build to ensure there is enough supply to meet the typically higher demand for heating during the winter generated by lower temperatures. Like most things in the market, price moves based on a combination of actual data and the assumptions that the market makes for price in the future.

Natural gas suppliers will make projections for demand over the coming winter. They will purchase the quantity of gas they believe will be required. If the winter is warmer or colder than anticipated, then actual demand will be different than forecasted demand. It is this difference that will affect the price of the futures contract. If demand is higher than anticipated by the market then price will go up, if it is lower than price will go down.

Conclusion

Traders who trade energy futures are aware that there are unique factors that will influence the price of the futures contract they are trading and use fundamental analysis to help them analyze the market and make their trading decisions.

If you have questions send us a message or schedule an online review.

Regards,
Peter Knight Advisor

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European Interest Rate Analysis Page

Interest Rate Position Trade Homepage

1) 3 Month Euribor–Today’s Technical Opinion  Symbol (I)

1.1)   1999-2018 chart & historical data 3 Month Rate

1.2)   20 Year Futures chart, monthly data
1.3)   5 Year chart, weekly data
1.4)   1 Year chart, daily data
1.5)   Quotes, All Deliveries
1.6)   Options Quotes
1.7)   Exchange = ICE

1.8)   Contract Specifications  each 0.01 = 25.00 EUR
1.9)   Technicals
1.10) Support & Resistance
1.11) Ranges & Price performance

2) 3 Month Sterling–Today’s Technical Opinion  Symbol (L)

2.1)   1986-2018 chart & historical data UK 3 Month Rate

2.2)   20 Year Futures chart, monthly data
2.3)   5 Year chart, weekly data
2.4)   1 Year chart, daily data
2.5)   Quotes, All Deliveries
2.6)   Options Quotes
2.7)   Exchange = ICE

2.8)   Contract Specifications  each 0.01 = 50.00 GBP
2.9)   Technicals
2.10) Support & Resistance
2.11) Ranges & Price performance

3) Euro Schatz–Today’s Technical Opinion  Symbol (FGBS)

3.1)   20 Year Futures chart, monthly data
3.2)   5 Year chart, weekly data
3.3)   1 Year chart, daily data
3.4)   Quotes, All Deliveries
3.5)   Options Quotes
3
.6)   Exchange = Eurex

3.7)   Duration 1 3/4 to 2 1/4 Years
3.8)   Contract Specifications  each 0.01 = 10.00 EUR
3.9)   Technicals
3.10) Support & Resistance
3.11) Ranges & Price Performance

4) Euro Bobl–Today’s Technical Opinion  Symbol (FGBS)

4.1)   20 Year Futures chart, monthly data
4.2)   5 Year chart, weekly data
4.3)   1 Year chart, daily data
4.4)   Quotes, All Deliveries
4.5)   Options Quotes
4
.6)   Exchange = Eurex

4.7)   Duration 4 1/2 to 5 1/2 Years
4.8)   Contract Specifications  each 0.01 = 10.00 EUR
4.9)  Technicals
4.10 Support & Resistance
4.11) Ranges & Price Performance

5) Euro Bund–Today’s Technical Opinion  Symbol (FGBL)

5.1)   20 Year Futures chart, monthly data
5.2)   5 Year chart, weekly data
5.3)   1 Year chart, daily data
5.4)   Quotes, All Deliveries
5.5)   Options Quotes
5.6)   Exchange = Eurex

5.7)   Duration 8 1/2 to 10 1/2 Years
5.8)   Contract Specifications  each 0.01 = 10.00 EUR
5.9)   Technicals
5.10) Support & Resistance
5.11) Ranges & Price Performance

6) Euro OAT–Today’s Technical Opinion  Symbol (FOAT)

6.1)   Life of Contract Futures chart, monthly data
6.2)   5 Year chart, weekly data
6.3)   1 Year chart, daily data
6.4)   Quotes, All Deliveries
6.5)   Exchange = Eurex
6.6)   Duration 8 1/2 to 11 Years
6.7)   Contract Specifications  each 0.01 = 10.00 EUR
6.8)   Technicals
6.9)   Support & Resistance
6.10) Ranges & Price Performance

7) Euro Buxl–Today’s Technical Opinion  Symbol (FGBS)

7.1)   Life of Contract Futures chart, monthly data
7.2)   5 Year chart, weekly data
7.3)   1 Year chart, daily data
7.4)   Quotes, All Deliveries
7.5)   Exchange = Eurex
7.6)   Duration 24 to 35 Years
7.7)   Contract Specifications  each 0.01 = 50.00 (GBP)
7.8)   Technicals
7.9)   Support & Resistance
7.10) Ranges & Price Performance

8) Australian Government Bills and Bonds (ASX)

If you have questions send us a message or schedule an online review .

Regards,
Peter Knight Advisor

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US Interest Rate Analysis Page

2000 -2018 US Rate Curve         Interest Rate Homepage

1) Eurodollar Interest Rate – Today’s Technical Opinion  Symbol (GE)

1.1)   30 Year chart & historical data 3 Month Rate

1.2)   20 Year Futures chart, monthly data
1.3)   5 Year chart, weekly data
1.4)   1 Year chart, daily data
1.5)   Barchart Quotes, All Deliveries
1.6)   Barchart Options Quotes
1.7)   CME Futures Quotes, All Deliveries
1.8)   CME Option Quotes

1.9)   Contract Specifications  each 0.01 = $25.00
1.10) Exchange Margin Requirement
1.11) Technicals
1.12) Support & Resistance
1.13) Ranges & Price performance
1.14) Eurodollar Interest Rate Futures Video

2) Fed Funds – Today’s Technical Opinion  Symbol (ZQ)

2.1)  60 Year chart & historical data Fed Funds Rate

2.2)   20 Year futures chart, monthly data
2.3)   5 Year chart, weekly data
2.4)   1 Year chart, daily data
2.5)   Barchart Quotes, All Deliveries
2.6)   Barchart Options Quotes
2.7)   CME Futures Quotes, All Deliveries

2.8)   CME Option Quotes
2.9)   Contract Specifications  each 0.01 = $41.67
2.10) Exchange Margin Requirement
2.11) Technicals
2.12) Support & Resistance
2.13) Ranges & Price performance
2.14) Fed Fund Futures Video

3) 2 Year Treasury – Today’s Technical Opinion  Symbol (ZT)

3.1)   40 Year chart & historical data 2 Year Rate

3.2)   20 Year Futures chart, monthly data
3.3)   5 Year chart, weekly data
3.4)   1 Year chart, daily data
3.5)   Barchart Quotes, All Deliveries
3.6)   Barchart Options Quotes
3.7)   CME Futures Quotes, All Deliveries

3.8)   CME Option Quotes
3.9)   Contract Specifications  each 1/32nd = $62.50
3.10) Exchange Margin Requirement
3.11) Technicals
3.12) Support & Resistance
3.13) Ranges & Price performance
3.14) Treasury Futures Video

4) 5 Year Treasury – Today’s Technical Opinion  Symbol (ZF)

4.1)  50 Year chart & historical data 5 Year Rate

4.2)   20 Year futures chart, monthly data
4.3)   5 Year chart, weekly data
4.4)  1 Year chart, daily data
4.5)   Barchart Quotes, All Deliveries
4.6)   Barchart Options Quotes
4.7)   CME Futures Quotes, All Deliveries
4.8)   CME Option Quotes
4.9)   Contract Specifications each 1/32nd = $31.25
4.10) Exchange Margin Requirement
4.11) Technicals
4.12) Support & Resistance
4.13) Ranges & Price performance
4.14) Treasury Futures Video

5) 10 Year Treasury – Today’s Technical Opinion  Symbol (ZN)

5.1) 50 Year chart & historical data 10 Year Rate

5.2)   20 Year futures chart, monthly data
5.3)   5 Year chart, weekly data
5.4)  1 Year chart, daily data
5.5)   Barchart Quotes, All Deliveries
5.6)   Barchart Options Quotes
5.7)   CME Futures Quotes, All Deliveries
5.8)   CME Option Quotes
5.9)   Contract Specifications  each 1/32nd = $31.25
5.10) Exchange Margin Requirement
5.11) Technicals
5.12) Support & Resistance
5.13) Ranges & Price performance
5.14) Treasury Futures Video

6) 30 Year Treasury – Today’s Technical Opinion  Symbol (ZB)

6.1)  40 Year chart & historical data 30 Year Rate

6.2)   20 Year futures chart, monthly data
6.3)   5 Year chart, weekly data
6.4)  1 Year chart, daily data
6.5)   Barchart Quotes, All Deliveries
6.6)   Barchart Options Quotes
6.7)   CME Futures Quotes, All Deliveries

6.8)   CME Option Quotes
6.9)   Contract Specifications  each 1/32nd = $31.25
6.10) Exchange Margin Requirement
6.11) Technicals
6.12) Support & Resistance
6.13) Ranges & price performance
6.14) Treasury Futures Video

7) Spread Charts

7.1) Yield Curve T-Bill, Euro, 2 year, 5 year, 30 Year

7.2) Financial Futures Quotes

7.1) 20 Year chart, Fed Funds versus Eurodollar rates
7.2) 20 Year chart, Fed Funds – Eurodollar futures
7.3) 5 Year chart,   Fed Funds – Eurodollars
7.4) 1 Year chart,   Fed Funds – Eurodollars

7.5) 5 Year chart, long Sep 2018, short Sep 2023 Eurodollars
7.6) 1 Year chart, long Sep 2018, short Sep 2023 Eurodollars

7.7)   20 year char, 5 versus 2 year rates
7.8)   20 year chart, 5 year – 2 year Treasury Futures
7.9)   5 year chart,   5 year – 2 year Treasuries
7.10) 1 year chart   5 year – 2 year Treasuries

7.11) 20 year, Chart 10 versus 2 year rates
7.12) 20 year, chart 10 year – 2 year Treasury Futures
7.13) 5 year, chart   10 year – 2 year Treasuries
7.14) 1 year, chart   10 year – 2 year Treasuries

7.15) 20 year, Chart 10 versus 5 year rates
7.16) 20 year, chart 10 year – 5 year Treasury Futures
7.17) 5 year, chart   10 year – 5 year Treasuries
7.18) 1 year, chart   10 year – 5 year Treasuries

7.19) 20 year, Chart 30 versus 5 year rates
7.20) 20 year, chart 30 year – 5 year Treasury Futures
7.21) 5 year, chart   30 year – 5 year Treasuries
7.22) 1 year, chart   30 year – 5 year Treasuries

7.23) 20 year, Chart 30 versus 10 year rates
7.24) 20 year, chart 30 year – 10 year Treasury Futures
7.25) 5 year, chart   30 year – 10 year Treasuries
7.26) 1 year, chart   30 year – 10 year Treasuries

If you have questions send us a message or schedule an online review .

Regards,
Peter Knight Advisor

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Understanding the FOMC Report

Interest Rate Education Homepage

Understanding the FOMC Report

The Federal Reserve, also referred to as the Fed, is the central banking system of the United States and is responsible for guiding U.S. monetary policy. Economic policy announcements and public statements by the Federal Reserve are among the most highly anticipated trading events of the year, since implications for financial markets are so widespread.

The Fed is responsible for buying and selling U.S. government securities in the financial markets and setting interest rates and reserve requirements. The Fed by definition is dual-mandated, Fed policy makers are expected to achieve both stable prices and maximum employment. As a result, public statements made by the Fed and its governors are closely watched by traders, since even the smallest changes in monetary policy and federal funds rates can create large market-moving events.

The Federal Open Market Committee

The Federal Open Market Committee (FOMC) consists of twelve members: the seven members of the Board of Governors of the Federal Reserve System, the president of the Federal Reserve Bank of New York and four of the remaining eleven Reserve Bank presidents, who serve one-year terms on a rotating basis.

For traders, FOMC meetings are a time of particular volatility because any change in federal fund rates can affect a range of economic variables such as short-term interest rates, foreign exchange rates, long-term interest rates, employment output and prices of goods and services.

The FOMC meets eight times a year to discuss monetary policy changes, review economic and financial conditions and assess price stability and employment output.  These meetings take place every six weeks. Four of these meetings feature a Summary of Economic Projections (SEP) followed with a press conference by the chair. The minutes of the scheduled meetings are released three weeks after the date of the policy decision.

Trading on the Fed’s Decisions

The Fed provides a wealth of data that can influence the markets. In addition to the Fed’s headline interest rate, traders also study the post-meeting press releases, which highlight the state of the economy. Since some information contained in the press release may look forward to policy changes at future meetings, the contents of this release carry a risk of catching market participants off guard. It is for this reason that traders pay particular attention to press releases, speeches and other public appearances by Fed members that occur between FOMC meetings.

There are a number of factors to think about when trading before and after FOMC meeting announcements, but with a little insight and thorough preparation it is an event that offers numerous opportunities for traders throughout the year.

If you have questions send us a message or schedule an online review .

Regards,
Peter Knight Advisor

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Trading the Link Between USD/JPY and U.S. Treasury Securities

Interest Rate Education Homepage

In the latest Trader’s Edge video, we explore the relationship between U.S. Treasury securities and the USD/JPY exchange rate, and the opportunities it can present with Treasury yields on the rise. Topics include:

  • Recent weakening of the U.S. dollar vs. the Japanese yen
  • Why rising yields in U.S. rates have not strengthened the dollar
  • How a higher yield and weaker dollar affects Japanese holders of U.S. Treasuries
  • Why Japanese investors could be on verge of selling U.S. Treasuries
  • How higher Treasury yields could help strengthen the USD/JPY exchange rate

If you have questions send us a message or schedule an online review .

Regards,
Peter Knight Advisor

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Trading the U.S. Treasury Curve: Twos versus Tens

Interest Rate Education Homepage

The U.S. Treasury Bond market is the largest and deepest government debt market in the world. Individual U.S. Treasury Notes and Bonds provide important benchmark yields at various points along the yield curve.

Trading the slope of the U.S. Treasury curve using futures contracts involves the execution of an inter-commodity spread. One very common and widely quoted yield curve spread is the twos versus tens yield spread. This spread compares and reflects the difference in yields between the current U.S. Treasury 10-Year note and the current U.S. Treasury 2-Year note.
Watch this video to learn more about this spreading technique.

If you have questions send us a message or schedule an online review .

Regards,
Peter Knight Advisor

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Treasury Intermarket Spreads – The Yield Curve

Interest Rate Education Homepage

Once you understand how to calculate the basis point value (BPV) of a U.S. Treasury futures contract and dollar-weighted hedge ratios versus other fixed income securities, it is short walk to how to spread one contract versus another.

Understanding Spread Trades

A spread trade is one where the trader buys one and simultaneously sells another highly correlated futures contract. Spreads can be intra-market, like a time spread, also known as a calendar spread, buying one month and selling another of the same product. Or spreads can be constructed between similar products like buying corn and selling wheat.

Within the U.S. Treasury futures complex it is very common to spread one U.S. Treasury contract against another. Because CME Group lists multiple U.S. Treasury futures based on targeted maturities (2-year, 5-year, 10-year, Ultra 10-year, Bond and Ultra-Bond) traders can construct spread trades to express a point of view on the slope of the yield curve.

The Yield Curve

U.S. Treasury securities are traded based on price,  but also reflect a corresponding yield-to-maturity (YTM). If you were to take all of the government securities and plot them on a grid with the x-axis showing their maturity dates and y-axis showing their yield-to-maturity you would end up with what looks like an upward sloping pattern left to right.

The grid of yields versus maturity is known as the U.S. Treasury yield curve, or simply the yield curve, . Normally quoted using the most recently auctioned U.S. Treasury securities called on-the-runs (OTR), the yield curve expresses the yield difference between various points along the curve.

For example, one frequently quoted yield spread is the difference between the 2-year note and 10-year note. If you were told the 2/10 yield curve was 150 basis points that would generally mean the yield of the 10-year was 150 basis point higher than the yield of the 2-year note.

Yield curves can be positively sloped, flat or negatively sloped (inverted). When a trader or risk manager places a yield curve trade she is more concerned with the relative value, or difference in yields, between the securities than whether absolute yields rise or fall.

Traders can and do express opinions on the U.S. Treasury futures yield curve by spreading one U.S. Treasury futures contract versus another. Looking back at the 2/10 spread mentioned above, a similar trade could be constructed using futures contracts.

Building a Spread

The spread begins with what we already know about U.S. Treasury futures, they trade like their CTD securities and we can calculate their implied BPV.

If we wanted to buy a 2/10 yield spread using futures, we must first identify which U.S. Treasury futures contracts we want to use to build the spread. We know there is a 2-year futures contract but what about the 10-year side?

There are two futures contracts listed by CME Group that derive their value from 10-year U.S. Treasury securities, the Classic 10-Year and the Ultra 10-Year. Which should we use? The Ultra-Ten Year tracks a CTD that trades closer in maturity to the OTR 10-year so we will use it for our example. So for our example we would buy the 2-year future and sell the appropriate number of Ultra 10-Year futures.

The second step is to identify each contract’s CTD issue, then, based on its CTD’s BPV and conversion factor, calculate each contract’s implied BPV. Then we can compare the respective BPVs and, with a little math, arrive at the appropriate spread ratio (SR). Mathematically it would look like this:

Spread Ratio (SR) = BPVultra-ten ÷BPV2-year

Assume that the 2-Year (TUH7) has a BPV of $46.25 per contract and the Ultra  10-Year (TNH7) has a BPV of $128.78. Plug this into the formula above and we get:

SR= 128.78 ÷ 46.25 = 2.78, or roughly 3:1 TUH7 to TNH7

By buying three TUH7 contracts versus one TNH7, this spread is effectively dollar-neutral. That means it is less subject to profit and loss based on direction of the market and more subject to change in the yield difference between the contracts. This trade is about changes in slope rather than changes in outright yield. Because U.S. Treasury futures prices move in an inverse relationship to yield, if one is buying the 2/10 they are anticipating the slope to steepen, or increase, between 2/10s.

We recognize traders and risk managers utilize U.S. Treasury futures to trade the slope of the yield curve and conveniently list yield curve trades weighted and rounded to whole number ratios on our website and on CME Globex.

Summary

Yield curve trades are a common and frequently executed trade in both cash and futures U.S. Treasury markets. They can provide added value to risk managers and traders alike. Understanding the pricing and trading behavior of CME Group U.S. Treasury futures contracts and how they relate to the underlying cash Treasuries is essential to using them effectively.

If you have questions send us a message or schedule an online review .

Regards,
Peter Knight Advisor

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