# UVa 697

## Summary

To calculate total time needed to complete a task.

## Explanation

Simple math and physics calculation problem. But may become hard to get accepted. Follow the question carefully and make the formulae. Following formulae will be helpful

Volume of cylinder = ${\displaystyle pi\times radius^{2}\times height}$

Acceleration = ${\displaystyle distance/time^{2}}$

Note the units of the variables. Check the stopping condition for input as well as for the loop inside your program very carefully. Try to control the loop with an integer. Print a blank line between cases. Reserve 8 spaces before decimal point.

## Input

20.0 36.0 72.0 2.0 10.0 18.0 10.0
25.0 72.0 200.0 1.5 8.0 30.0 20.0
0.0


## Output

Scenario 1:
up hill              20.00 sec
well diameter        36.00 in
water level          72.00 in
bucket volume         2.00 cu ft
bucket ascent rate   10.00 in/sec
down hill            18.00 sec
required volume      10.00 cu ft
TIME REQUIRED       232.59 sec

Scenario 2:
up hill              25.00 sec
well diameter        72.00 in
water level         200.00 in
bucket volume         1.50 cu ft
bucket ascent rate    8.00 in/sec
down hill            30.00 sec
required volume      20.00 cu ft
TIME REQUIRED      1141.63 sec