Question

help

Answer 1

@zepdrix

Answer 2

@ShadowLegendX

Answer 3

Just make sure that they all have the same signs

Answer 4

i think it b is it right

Answer 5

@ShadowLegendX is it right

Answer 6

I would like to give you an example that might help without completely giving away the answer.

In these other expressions, they've applied some fancy factoring techniques.

If we have \(\large\rm -a-b-c\)



We could factor the negative out of EVERY letter,
changing the operation between them to addition.

This is equivalent to the original expression,
\(\large\rm -(a+b+c)\)
Option A looks sort of like this, but it's missing the negative on the outside of the brackets. So A is probably not the correct answer.

We can factor the negative (or subtraction) out of b and c,
this will change the operation between b and c to addition.

This is equivalent to the original expression,
\(\large\rm -a-(b+c)\)

Answer 7

Does this other form look sort of like B or C?
Hmm

Answer 8

kind of

Answer 9

C

Answer 10

@3mar

Answer 11

Well, I am here.
I was just praying!

Answer 12

is it c

Answer 13

b

Answer 14

I want to guide you, so please follow me!

Answer 15

k

Answer 16

A

Answer 17

Are you there?@jalil.H

Answer 18

yes

Answer 19

either c or d

Answer 20

D

Answer 21

Why don't you take (-1) as a common factor from (-4.9) and (-2.6) as @zepdrix has illustrated?