Answer:
elliptical orbit
Explanation:
There are three laws of planetary motion, which are called Kepler's law of planetary motion.
First Law : It states that all the planets revolve around the sun in an elliptical path and the sun is at one focus of that elliptical path.
To solve this problem we will apply the linear motion kinematic equations.
The equation that describes the position as a function of the initial velocity, acceleration and time is given by the relation
Here,
Initial velocity
t = Time
a = Acceleration, at this case due to gravity
There is not initial velocity then we have that the equation to the given time is
If the ball is held at a height of 1m before it is dropped, we have that the Building height is
The independent variable is usually placed on the x-axis of the graph.
- A graph shows the relation between two quantities in which one quantity is affected by the other
- Generally, a graph has 2 axes x and y, horizontal and vertical respectively
- A variable which is not affected by the other variable is known as the independent variable
- The dependent variable is dependent on the value of the independent variable
- For example, in a graph where we plot the distance versus time, time is the independent variable and the distance is the dependent variable
- The distance covered depends on the time elapsed
- Usually, the horizontal axis is assigned to an independent variable
Therefore, we typically plot the independent variable on the x-axis of a graph.
Learn more about independent variables here:
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