Answer:
OPTION A
Step-by-step explanation:
AS IF SHE DOUBLES 1 DIMENSION THE VOLUME BECOMES TWICE.
V=L*B*H
IF L IS DOUBLED ..
THEREFORE,NEW VOLUME=
V2=2L*B*H
V2=2 L*B*H
The answer to your question is = 148.06
Answer:
Sister Is a PIG
Step-by-step explanation:
and Your Friends Gets her Scraps
Answer:




or
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
Step-by-step explanation:



So, when cos(x) is equal to
?
For
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We are talking about x = 60º and x = 300º, Quadrant I and IV, respectively. In radians:


or

For

We are talking about x = 120º and x = 240º, Quadrant II and III, respectively. In radians:


or
