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For example, 1/2 (x + 4) can be simplified as x/2 + 2. Let us take one more example to understand it. Example: Simplify the expression: 3/4x + y/2 (4x + 7). By using the distributive property, the given expression can be written as 3/4x + y/2 (4x) + y/2 (7).
2:05 6:43 My X to the negative 10 will go upstairs as X to the positive 10 and my Y to the negative 20 will goMoreMy X to the negative 10 will go upstairs as X to the positive 10 and my Y to the negative 20 will go upstairs is y to the 20th.
1:11 2:35 So we want to write 10 times u. 10 times u let's check our answer got it. Right. Let's do one moreMoreSo we want to write 10 times u. 10 times u let's check our answer got it. Right. Let's do one more write an expression represent 8 divided by d. So you could write it as 8.
4:53 12:38 So first let's distribute the exponents. So let's multiply 1 by 2 negative 2 by 2 and 3 by 2.. So 1MoreSo first let's distribute the exponents. So let's multiply 1 by 2 negative 2 by 2 and 3 by 2.. So 1 times two is two negative two times two is negative four three times two is six.
2:05 6:43 My X to the negative 10 will go upstairs as X to the positive 10 and my Y to the negative 20 will goMoreMy X to the negative 10 will go upstairs as X to the positive 10 and my Y to the negative 20 will go upstairs is y to the 20th.

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0:00 2:08 Power would be equal to three times one which equals three for any value of x except when x equalsMorePower would be equal to three times one which equals three for any value of x except when x equals zero because zero raised to the zero. Power is undefined or in indeterminant.
0:10 19:02 So let a and b any real number and m and n be any positive integer. So first is the product rule soMoreSo let a and b any real number and m and n be any positive integer. So first is the product rule so on sub is a product rule if we have a raised to m times a raised to n.
0:55 7:24 Evaluating Algebraic Expressions | Grade 7 Math - YouTube YouTube Start of suggested clip End of suggested clip So in order to evaluate the algebraic expression we substitute substitute we substitute theMoreSo in order to evaluate the algebraic expression we substitute substitute we substitute the numerical value to the variable.
2:49 32:47 Just take that exponent the base in the exponent. And move it to the denominator of a fraction andMoreJust take that exponent the base in the exponent. And move it to the denominator of a fraction and make the exponent.
0:10 19:02 So let a and b any real number and m and n be any positive integer. So first is the product rule soMoreSo let a and b any real number and m and n be any positive integer. So first is the product rule so on sub is a product rule if we have a raised to m times a raised to n.

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