2. Simple Pendulum Gravity is responsible for an object falling toward Earth. The farther the object falls, the faster it is moving when it hits the ground. For each second that an object falls, its speed increases by a constant amount, called the acceleration due to gravity, denoted g. One way to calculate the value of g is to use a simple pendulum.

The time T for a pendulum to swing back and forth once is called its period and is given by

,
where L equals the length of the pendulum. The table lists the periods of pendulums with different lengths.
L (feet) 0.5 1.0 1.5
T (seconds

Question

2.	Simple Pendulum Gravity is responsible for an object falling toward Earth. The farther the object falls, the faster it is moving when it hits the ground. For each second that an object falls, its speed increases by a constant amount, called the acceleration due to gravity, denoted g. One way to calculate the value of g is to use a simple pendulum. 

The time T for a pendulum to swing back and forth once is called its period and is given by



,
where L equals the length of the pendulum. The table lists the periods of pendulums with different lengths.
L (feet)	0.5	1.0	1.5
T (seconds