Falling Bricks

Gravity pulls upon the brick, causing it to go faster and faster. The distance between the brick and where it was released after t seconds is:

distance = (1/2)*G*t2

• t is the number of seconds since the brick was released.
• G is a constant: 9.80665
• distance is in meters.

After 0.0 seconds, the brick has dropped 0.0 meters.

After 1.0 second, the brick has dropped (1/2) * 9.80665 * (1.0)²  =  0.5 * 9.80665 * 1.0 = 4.903325 meters.

After 2.0 seconds, the brick is has dropped (1/2)* 9.80665 * (2.0)²  =  0.5 * 9.80665 * 4.0  =  19.6133 meters.

After 3.0 seconds, the brick is has dropped (1/2)* 9.80665 * (3.0)²  =  0.5 * 9.80665 * 9.0  =  44.1299 meters.

This is getting tedious. Let's write a program that does the calculation for many values of t and prints the results as a table.