a=4 , b=3 These values make the equation true .
<u>Step-by-step explanation:</u>
Here we have , If a and b are both integers and b does not equal 0, then -(a/b) = (-a)/b = a/(-b) Choose two values for a and b. We need to find if those values make the equation true . Let's find out:
We have the following equation:
-(a/b) = (-a)/b = a/(-b) , Let a=4 , b=3 , So
⇒ 
⇒ 
⇒ 
⇒ 
{ Multiplying by -1 }
⇒ 
Therefore , These values make the equation true .
(3 3/4) / (3/4) =
(15/4) / (3/4)...when dividing with fractions, flip what u r dividing by, then multiply
15/4 * 4/3 =
15/3 =
5 <== Joe can saw 5 three-fourth pieces from the wooden plank
None of the alternatives are correct. The domain's lower bound is 6, however it contains 6, therefore a bracket is required rather than a parenthesis. [6 (infinity)] Because infinity is not included, a bracket for infinity is invalid. The range is from 0 to infinity. assuming you meant 1/sqr (x-6). However, none of the options are right if you meant 1/(sqr(x) - 6).
or did you mean 1/sqrx - 6? However, none of them are correct.
Answer:
A.
Step-by-step explanation:
I'm pretty sure that's right.
CDE is the line segment, in which CE = 17.1, and DE = 8
Subtract 8 from 17.1
17.1 - 8 = 9.1
CD = 9.1
hope this helps
