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Patterns help you place the decimal because they will help you know where to move the decimal.

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Patterns help you because if you are doing it to the power of you go to the right and when you are multiplying by decimals you go to the left

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Patterns help because they will help you know where to move the decimal

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patterns can help you find out where the decimal are by using jumps to find out the point

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patterns can help you place the decimal point in a product by using the 10 to the 1st 2nd 3rd powers and so on.

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Patterns can help you find the answer because you can just move it left or right.

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patterns could by showing where to put your decimal point. So that helps with the exponent.

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Patterns can help you place the deicimal point in the product by the either exponent or the number you are multiplying with. An example: 1,000 (10 to the power of 3) x 23.65  ] The exponents power, in the example it was three, would tell you how many times to move the decimal over. If the product is to be smaller, the decimal would go the left. It's vice versa with your product to be bigger.

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Patterns help you place the decimal point in a product when you look at a number like 100 it has two zeros so it tells you how many times to move to right or left and depending on how many zeros their tell you how many zeros you put in the decimal.

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Patterns help you place the decimal because when you multiply the number of zero like ten to the power of 2 is 100.

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Patterns helps limit your answer because your answer before  is either 10 times bigger then your answer now or 10 times smaller.  For  example  4.23 x  10 = 42.3 and 4.23 x 10 to the 2nd power =^ 423.
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Patterns help you place the decimal because when you multiply the number of zeros there is it tells you how many times to multiply.

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If you have your decimal cards cut it would be very helpful to play a decimal game as a center to review place value. Decimal games are posted on the anchor chart.

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Patterns can help you with decimal points in a product by showing you where to place your zeros.

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Patterns can help you by how you move the decimal  if you divide you go to the left if you multiply you go to the right

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Patterns help with decimals to find the answer.

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Patterns can help because you can rely on the previous answer of the previous equation for your current answer of your current equation.

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Pattern can help you since you can show your work easier than if you did other strategies. It makes it easier since you can make the equation smaller and then add up to the answer you were trying to find.

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patterns can help you because you can move it to the other place-value and make a different answer.

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patterns can help you because you can move it to the other place-value and make a different answer.

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katherine koch

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Patterns can help you with the decimals by when you multiply the numbers of zero can tells you the number of times.

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Patterns can help you work with decimal points because if you do a pattern like 10 then 100 then 1,000 , the decimal point would move  back by one. If you do 10 it moves back by one, 100 moves back by 2 and 1,000 moves back by 3.  This can really help because you do not need to do lots of work because instead you can just use patterns to find the decimal problem. So you can save a lot of time trying to find answers. And if you did  0.001 by 1,000 it would move to the right 3 times. Also, if you did 6.56 X 1,000 , when you get to 6,000 , you would not do 6,56 you would have to add a zero and so on if you keep doing the patterns. This is how patterns can help with decimal points in a product. Here is an example of how patterns can work.

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Patterns can help you with decimals  because when you multiply the number of zeros can tells you the number of times you move to the left or right. when you go bigger you go to the right and make your number smaller you put the decimal to the left.

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When using decimal Points patterns can help you when you are doing a equation like 0.1 x 6,391 because you can keep moving the decimal up then its a plan number then you add zero's until you get your answer.

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Patterns can help you because you can show your work with patterns.  You can use smaller equations to help you build up to the equation you were trying to solve. For example, if you were trying to solve  0.28 x 100, you can use the pattern 1 x 0.28 = 0.28, 10 x 0.28 = 2.8, 100 x 0.28 = 28.  Your answer would be 28 because your last equation in the pattern was the equation you were looking for, 0.28 x 100 = 28.  Each time you add a place value to the whole number, the more times the decimal moves to the right.  Also, you can make a number smaller by multiplying a decimal by a whole number.  For example,  0.01 x 6,214 = 62.14 because you moved the decimal to the left.  You can use patterns for that too by doing 1 x 6,214 = 6,214, 0.1 x 6,214 = 612.4, 0.01 x 6,214 = 62.14.  The last equation is the equation you were trying to solve.  You can go on and on with decimal patterns, they can be really helpful when you want to solve an equation, especially if it is a really hard equation, you want to build up to harder equations. Another good strategy before you do patterns is to estimate the product to get an idea of what the product will be.      That is how you can use patterns to help you pinpoint the decimal in a product.

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Patterns can help you with decimal, because you can move the decimal left or right. For example 10 x 34.6 is 346, because you moved the decimal over to the right once. What ever amount of zeros you have behind the one is how many times you move the decimal right.   What ever amount of zeros are in front of the 1 is how many times you move left.

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Patterns can help you beacause the each time you multiply it by another one of the tenths hundreths or thousands you move thr amount of zeros to the right.If you have no more spots to move you can add the amount missing and replace it with zeros.

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when you are multiplying the amount of zeros  tells you the amount of times to move the decimal point to the right. When multiplying with decimals for example .1 x 213 you would move the decimal 1 time to the left, so anytime you multiply by a decimal you have to move to the left.

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Patterns can help you place the decimal because you can use smaller equations to help you solve the answer.