Answer:
Option D. 0.568 s
Given:
Length of the rope, l = 10.4 m
mass of the rope, M = 2.31 kg
Tension, T = 74.4 N
Solution:
The velocity of the wave, is given as:
Putting the values in the above formula:
Time taken, t can be calculated as:
Since distance between two end is the length of the rope
Therefore, using the formula for time, t:
t = 0.568 s
therefore, time taken for the disturbance to travel from one end to the other is t = 0.568 s
Answer:
true
Explanation:
Initially it requires more force to break the interlock between the irregularities of two surfaces. But once the block is in motion, it takes time to interlock between the irregularities of two surfaces. Also, the body gains the inertia of motion.
Sedimentary Rocks are made from previously existing rock.
C bc you have to have the accurate diameter of earths orbit