Explanation:
m = 19 oz × (28.3 g/1 oz) = 537.7 g
V = 92.8 mL

A machine's distance mechanical advantage shows the effectiveness of the machine in moving an object a greater distance than the input distance. The equation for the distance mechanical advantage is the output distance divided by the input distance. Note: Most science books only consider force mechanical advantage. I HOPE THIS HELPS!
Given :
A spring whose spring constant is 850 N/m is compressed 0.40 m.
To Find :
The maximum speed it can give to 0.50 kg ball.
Solution :
We know, Kinetic energy = Energy stored in spring

Hence, this is the required solution.
Answer:
The distance from the airport to the corporate offices is 110 miles.
Explanation:
Let d be the distance from the airport to the office (at a velocity of 75 mph), the person travels an entire distance of 156 miles, 156-d is the distance from home to the airport (at a velocity of 30 mph).
The equaiton for velocity is:

From this you can find the equation for the time:

You can use the total time to find the distance d because you know that the time between the home and the airport plus the time between the airport and the work is 3 hours:
You can solve the equation to find d:
Now you have that the distance between the airport and the office is 110 miles.