REfraction of the rays coming from the object through the water and then being refracted into the air
Answer:
Explanation:
Horizontal speed of water, 
Height, h = -53 (below pool)
We can find firstly the final vertical speed of the water using third equation of kinematics. So
Let 
is the angle where the falling water moving as it enters the pool. So,
Hence, the angle is (-74.42)°C.
Nertia is basically how difficult to stop or change an objects direction, and the more mass an object has, the more momentum it has and the greater force is needed to change it's velocity. In other words train <span>is the answer </span>
-3.5912m/s^2Use vf^2 = vi^2 + 2ax in your calculations, knowing vf, vi, and x.
The salesman is telling you the average magnitude of the car's acceleration.
| Acceleration | = (change in speed) / (time for the change)
| Acceleration | = (60 mi/hr) / (6 sec)
| Acceleration | = 10 miles/hr-sec
That would be 36,000 miles per hour squared,
or 0.0028 mile per second squared.
