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I know that there can be negative and a positive in an integer multiplying.

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I know that there can be negative and a positive in an integer multiplying.

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I know that when you multiply with zero it is always zero.

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I know that if you try to add to you try to multiply integers their can be a negative and a positive answer.  

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I know that if you try to add to you try to multiply integers their can be a negative and a positive answer.  

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I know that when you are multiplying integers you are adding them bu multiple times.

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I know that when you are multiplying integers you are adding them bu multiple times.

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wen you add integers you sometimes you will get 0 as a answer

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There can be chips that represent the integers being multiplied.

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Something I know about multiplying integers is that the answer is going to get bigger 

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Something I know about multiplying integers is that the answer is going to get bigger 

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I know multiplying integers you have to do with two digits and bigger numbers.

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I know multiplying integers you have to do with two digits and bigger numbers.

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it is shown in many different ways. EX: X,. and () 

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it is shown in many different ways. EX: X,. and () 

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I know that when you multiply it still uses some of the same rules.

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Integer chips can be used to represent the multiplication

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Integer chips can be used to represent the multiplication

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 i know when you multiply two integers with the same sign it is always positive

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 i know when you multiply two integers with the same sign it is always positive

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lucas mikka

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How will multiplying and dividing be for, Negative and positive integers?

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How will multiplying and dividing be for, Negative and positive integers?

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how will we use multiplying and dividing with integers.

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how will we use multiplying and dividing with integers.

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Number chips

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Number lines

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I know that the product will either be a negative or positive integer

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A visual that can be used to represent multiplication is integer chips to make it easier for you to mutiply.

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A visual that can be used to represent multiplication is integer chips to make it easier for you to mutiply.

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I know that it has a relatively same way of doing

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integers can basically affect the answer you get depending on the value of each integer.

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integers can basically affect the answer you get depending on the value of each integer.

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number line

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What I know about multiplying is the answer would be either Positive or negative. 

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What I know about multiplying is the answer would be either Positive or negative. 

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Is it easy to learn multiplication with integers? 

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Is it easy to learn multiplication with integers? 

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How can you multiply a number bigger than the first one

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when you put a 1 or a zero next to a negative number would it still keep the rule.

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How would you divide negative and positive integers.

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How would you divide negative and positive integers.

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The same strategy that was used for adding and subtracting, Number lines and Integer chips. 

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The same strategy that was used for adding and subtracting, Number lines and Integer chips. 

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I know that it has the relatively same process as adding and subtracting

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are multiplication and division going to get the same answer if it is the same numbers.

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how would this be different if the numbers were to be switched 

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how would this be different if the numbers were to be switched 

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you could either use integer chips or a number line

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How would multiplying be efficient in the real world. 

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How would multiplying be efficient in the real world. 

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will we be multiplying more that one integer at a time.

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will we be multiplying more that one integer at a time.

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How do you find the product of an integer

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Number Lines

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lucas mikka

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are multiplication and division going to get the same answer if they are the same numbers being divided or multiplied 

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are multiplication and division going to get the same answer if they are the same numbers being divided or multiplied 