On the planet XEN, when an object with a mass of 2kg is connected to a spring whose spring constant is 50N/m, the period of this spring-mass system is known to be equal to the oscillation period of the simple pendulum which has a 2m massless string on this planet. What is the weight of someone who has mass of 60kg on this planet? (It will be assumed that both systems do SHM and friction will be neglected .
On the planet XEN, when an object with a mass of 2kg is connected to a spring whose spring constant is 50N/m, the period of this spring-mass system is known to be equal to the oscillation period of the simple pendulum which has a 2m massless string on this planet. What is the weight of someone who has mass of 60kg on this planet? (It will be assumed that both systems do SHM and friction will be neglected .
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On the planet XEN, when an object with a
mass of 2kg is connected to a spring whose spring constant is
50N/m, the period of this spring-mass system is known to be
equal to the oscillation period of the simple pendulum which
has a 2m massless string on this planet. What is the weight of
someone who has mass of 60kg on this planet? (It will be
assumed that both systems do
neglected .
Transcribed Image Text:Question 1: On the planet PEN204, when an object with a
mass of 2kg is connected to a spring whose spring constant is
50N/m, the period of this spring-mass system is known to be
equal to the oscillation period of the simple pendulum which
has a 2m massless string on this planet. What is the weight of
someone who has mass of 60kg on this planet? (It will be
assumed that both systems do SHM and friction will be
neglected)
k=50N/m
000000-
-2m
2kg
2kg
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