The ball will take 0.45 seconds to reach the ground
<h3>How will we solve this question?</h3>
We will use Newton’s laws of motion, so
H= 
taking height= 1m
<h3>What are the three laws of motion given by Newton?</h3>
The 3 laws of motion given by Newton are as follows:
1) Unless an unbalanced force acts upon it, an item at rest remains at rest, and an object in motion continues to move in a straight line at a constant pace.
2) An object's acceleration is influenced by its mass and the force being applied.
3) Whenever one thing applies force to another, the second object applies the opposing, equal force to the first.
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Answer:
increasing the temperature of the object
Visibly you can see that the two copper are different sizes so the mass and volume are different. No information is given about the temperature but they are side by side so you can assume they're both room temp. The density is a ratio of mass per volume. The density will remain the same unless the two are different purities or physical states.
<h2>Displacement to hole from initial position is 8.78 m at direction 42.23° south of east.</h2>
Explanation:
Let east represent X axis and north represent Y axis.
We need to find what displacement would put the ball in the hole in one putt.
The first putt displaces the ball 6.50 m east
First displacement = 6.50 i m
The second putt displaces it 5.90 m south
Second displacement = -5.90 j m
Total displacement = 6.50 i - 5.90 j
So displacement to hole from initial position is 8.78 m at direction 42.23° south of east.
At 350K the approximate volume is 83 dB.
