This question can’t be answered without the original coordinates of ABC
Answer:
Step-by-step explanation:
7/15 + 3/5
I'd multiply 3/5 by 3 so that both of the denominators (bottom number) are the same.
Now all we have to do is add the Numerators tog
7/15 + 9/15ether (the top number)
7/15 +9/15 = 16/15 or 1 1/15
Answer:
A) Factor
Step-by-step explanation:
Ok, 7, 6, 5, and 4 are the integers.
Work - So, if you add 7 and 6 you get 13, and the problem tells you to multiply that by 2. After you multiply by 2, you should get 26, after getting that you move 2 numbers before 7 and 6, you should get to 4, the problem also tells us to make sure you multiply it by 3 but make it 14 less than you answer. Therefore, after doing the work you should receive the number 12, if you get your previous number, in our case, 26, you need to then, subtract 12 away from 26, and you should get 14 (the number you should be left with).
This is correct, Have a good day Mr. Abc
To put a polynomial in standard form, combine all like terms and order the degrees of each term from highest to lowest, left to right.
since none of the terms are alike, move onto the degrees and variables.

+

-

. the degrees are already in the correct order, but the variables are not. move the -6x before the 3, making the equation

- 6x + 3, and it is in standard form.