Easy, it is called:
The intensity.
If you dropped a ball from any height, and measured its distance from the ground at any regular interval while it's falling, the graph of that distance versus time would be a graph that curves downward.
-- The ball is falling down. As time goes on, it gets closer and closer to the ground. Its remaining distance from the ground keeps decreasing, so the line on the graph slopes down.
-- The speed of the ball keeps increasing (it accelerates) because of the gravitational force on it. As time goes on, it covers more of the remaining distance during each interval than it did in the previous interval. The downward slope of the graph keeps increasing.
Answer:
Potential energy is
Explanation:
The potential energy depends on the mass, the acceleration of gravity g and the height at which the object or person is.
Potential energy
In this case we would need to know the exact mass of the hiker in order to calculate the potential energy.
But we know the values of g and h
So, the potential energy
m is the mass of the hiker, wich is not in the description of the problem.
Answer:A how to build a computer program that simulates the movement of softbots
B all the different tasks robots could perform
C all the different materials robots could be made of
D all the different ways robots could move
all the different ways robots could move
Answer: Option D.
Explanation:According to group of researchers at the Cornell university thinks that the time that is to come is the time of the robots where the major tasks of the life of the humans will be taken up by the robots.
They also think that the robots that are to come up in the future are going to be a kind of softbots which are going to be made up of the soft tissues and would be more flexible to move compared to the other robots which exist already.