Question

| 10-3|

Answer 1

-7

Answer 2

1/11 +(-5/7

Answer 3

@pammie39

10-3=7

Therefore, |10-3| also equals 7.
The absolute value only tells you the distance of the number values from zero. Does that make sense? Basically, non negatives stay that way and negatives become positive

Answer 4

yes thanks

Answer 5

\(\Large\frac{1}{11}\) + (-\(\Large\frac{5}{7}\))

Answer 6

is that what you're asking?

Answer 7

yes

Answer 8

64/77

Answer 9

it will be postive since the postive is the bigger number

Answer 10

a good thing to do here is to make sure your denominators are equal, so 77 seems like a good place to be.

\(\Large\frac{7}{77}\)+(-\(\Large\frac{55}{77}\))

then what you would do is add the numerators...and it would be negative, the reason is because 7-55 equals -48

Answer 11

remember the original order :)

Answer 12

so it will be negitive -64/77

Answer 13

Im not sure where you're getting 64, but its going to be -48/77

Answer 14

oh am adding it is -48/77

Answer 15

yes :)

Answer 16

oh and by the way, welcome to OpenStudy! :)

Answer 17

Thanks

Answer 18

-22 , 138 which one is the highest

Answer 19

138 would be, and the reason why is because it is not negative

Answer 20

ok thank you.

Answer 21

-4(a-9) using the distibutive property to slove

Answer 22

for problems like this, just addd the -4 to everything.

-4a+36, since two negatives together make a positive


alright, i have to go... see you!

Answer 23

ok

Answer 24

2t+2(1-2t)

Answer 25

\[19<6*x=11>4*x\]