The answer is C. Using ASA postulate, prove that triangles PQS and PRS are similar triangles
Answer:
i think its a 6/7 and 60/70
The answer I believe would be 3/4
Remember to count from point to point using rise/run
I hope this helped :D
Answer:

Step-by-step explanation:
We are given the following in the question:
Volume of cylinder =

where B is the area of base and h is the height of cylinder.
Volume of cylinder =

Base area =

We have to find height of cylinder.

Thus, the height of cylinder is
units.
Answer:
0.5×2/2=1/2 is the required fraction.