The wave shown below is produced in a rope. Which shows the motion of the rope a
ID: 1637355 • Letter: T
Question
The wave shown below is produced in a rope.
Which shows the motion of the rope at Point P as the wave passes through it?
Which graph shows the relationship between temperature, X, and kinetic energy, Y?
The diagram shows particles that make up an atom.
Which label best completes the diagram?
i. Strong nuclear force
j. Weak nuclear force
k. Gravitational force
l. Electromagnetic force
The two waves shown here are the same distance from point X and are traveling toward each other.
What is the amplitude of the resulting wave when the two waves meet at point X?
k. 0.0 cm
l. 1.0 cm
m. 2.0 cm
n. 4.0 cm
Explanation / Answer
1. As wave progresses through the rope, at the position of point P trough changes to crust and then Crust to trough. Hence the point P move up and down i.e, option B.
Temperature and Kinetic energy are related by the relation, kinetic energy K = (3/2) KT where K Boltzmann's constant and The absolute temperature. Hence K and T are linearly related. It is represented in graph f. Hence the correct answer is OPTION f
The strong nuclear force bind all the nucleons iin the nucleious. It is strongest to over electrostatic repusion between the nucleons. Hrnce the correct labllable is strong nuclear force. Optioni.
The two wave will superpose such that crust superposes over trough. I.e., distructive interference. Hence the resultant amplitude is zero. option K.
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