When in doubt, simplify. Whenever it is possible, simplify.
If you replace some number for "p", you can calculate the sum. Otherwise, just write it as "p+9" - you can't simplify this.If you replace some number for "p", you can calculate the sum. Otherwise, just write it as "p+9" - you can't simplify this.If you replace some number for "p", you can calculate the sum. Otherwise, just write it as "p+9" - you can't simplify this.If you replace some number for "p", you can calculate the sum. Otherwise, just write it as "p+9" - you can't simplify this.
Frist have to find your sum and then have to ask yourseif a question
That depends on the value assigned to the variable "k". If you don't know the value of "k", you express the sum as 11 + k; in this case, you can't simplify it any more.
You just write that as "f + 6". You can't simplify that any more, unless you know how much "f" is.
Okay class, simplify the sum on the board.We need to simplify these instructions.
When in doubt, simplify. Whenever it is possible, simplify.
First you add the fractions, then you see if you can simplify the result. You simplify it just as you would simplify any other fraction.
If you replace some number for "p", you can calculate the sum. Otherwise, just write it as "p+9" - you can't simplify this.If you replace some number for "p", you can calculate the sum. Otherwise, just write it as "p+9" - you can't simplify this.If you replace some number for "p", you can calculate the sum. Otherwise, just write it as "p+9" - you can't simplify this.If you replace some number for "p", you can calculate the sum. Otherwise, just write it as "p+9" - you can't simplify this.
Frist have to find your sum and then have to ask yourseif a question
There is no need to simplify this, it is only a sum. 21 + (10/2) - 18 = 8
x-(x+4)
It is to convert a function into a sum of sine (or cosine) functions so as to simplify its analysis.
The distributive property of multiplication lets you simplify expressions wherein you multiply a number by a sum or difference. According to this property, the product of a sum or difference of a number is equal to the sum or difference of the products.
That depends on the value assigned to the variable "k". If you don't know the value of "k", you express the sum as 11 + k; in this case, you can't simplify it any more.
first multiply the denominator to the mixed number. then,when you got the product, add the product to the numerator. then,when you got the sum, copy the sum as numerator and the denominator was the last denominator you used.
You can't simplify any further than 6 + x. It depends on what x is.