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Hermoine
Subject: Physics
, asked on 1/3/18
A hollow sphere of radius 2 cm is attached to an 18 cm long thread to make a pendulum. Find the time period of oscillation of this pendulum. How does it differ from the time period calculated using the formula for a simple pendulum?
Answer
1
Hermoine
Subject: Physics
, asked on 1/3/18
Experts please answer my query written
Q.
A simple pendulum of length 1 feet suspended from the ceiling of an elevator takes PIE /3 seconds to complete one oscillation. Find the acceleration of the elevator.
IN THIS QUESTION HOW DO WE KNOW THAT THE LIFT IS GOING UPWARDS IT CAN BE MOVING DOWNWARDS ALSO??
Answer
3
Ian Colaco
Subject: Physics
, asked on 28/2/18
Is the oscillation of a simple pendulum, simple harmonic? Find the time period.
Answer
3
Ian Colaco
Subject: Physics
, asked on 28/2/18
Is the oscillation of a simple pendulum, simple harmonic? Find its time period. (3 marks)
Answer
1
Hermoine
Subject: Physics
, asked on 28/2/18
Experts please answer my previous question
Answer
2
Ishika Sahay
Subject: Physics
, asked on 28/2/18
Draw displacement-time, velocity-time and acceleration-time graphs for a particle executing simple harmonic motion.
Answer
1
Ian Colaco
Subject: Physics
, asked on 27/2/18
Is the oscillation of a simple pendulum, simple harmonic? Find its time period. (3 marks)
Answer
2
Ian Colaco
Subject: Physics
, asked on 27/2/18
A particle executing S.H.M have velocities v1 and v2 when displaced by x1 and x2 from the mean position, find the angular frequency of its motion
Answer
1
Hermoine
Subject: Physics
, asked on 27/2/18
Q. How can we claim that the displacement is 2x it should be zero as for the blocks it is in opposite direction. Please answer my previous question also
Answer
1
Vedant
Subject: Physics
, asked on 27/2/18
Q.9. A particle P starts its motion at t = 0 and moves along a circle as shown in the figure with period of 4 s.Write down the equation representing S.H.M of the particle P.
Answer
1
Hermoine
Subject: Physics
, asked on 26/2/18
A simple pendulum of length 1 feet suspended from the
ceiling of an elevator takes PIE /3 seconds to complete one
oscillation. Find the acceleration of the elevator.
IN THIS QUESTION HOW DO WE KNOW THAT THE LIFT IS GOING UPWARDS IT CAN BE MOVING DOWNWARDS ALSO??
Answer
3
Raj Aryan
Subject: Physics
, asked on 26/2/18
Solve this:
Q4. A block is on a horizontal slab which is moving horizontally with a simple harmonic motion of frequency two oscillations per second. The coefficient of static friction between block and slab is 0.50.How great can the amplitude be if the block does not slip along the slab ?
Answer
1
Raj Aryan
Subject: Physics
, asked on 26/2/18
Solve this:
Q2. Two SHM's are
x
1
(mm, sec ) = 1.0 sin
π
4
12
t
+
1
. and x
2
(mm, sec ) = 0.5 [ sin 3
πt
+
3
cos
3
πt
] Discuss the radio of their amplitudes, frequency and find the phase difference.
Answer
1
Hermoine
Subject: Physics
, asked on 25/2/18
Please help with the correct answer
Q. Find out the time period of motion.
θ
is very very small.
Ans is
π
L
g
1
+
1
2
Answer
1
Hermoine
Subject: Physics
, asked on 25/2/18
Please help
Answer
1
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Q. A simple pendulum of length 1 feet suspended from the ceiling of an elevator takes PIE /3 seconds to complete one oscillation. Find the acceleration of the elevator.
IN THIS QUESTION HOW DO WE KNOW THAT THE LIFT IS GOING UPWARDS IT CAN BE MOVING DOWNWARDS ALSO??
ceiling of an elevator takes PIE /3 seconds to complete one
oscillation. Find the acceleration of the elevator.
IN THIS QUESTION HOW DO WE KNOW THAT THE LIFT IS GOING UPWARDS IT CAN BE MOVING DOWNWARDS ALSO??
Q4. A block is on a horizontal slab which is moving horizontally with a simple harmonic motion of frequency two oscillations per second. The coefficient of static friction between block and slab is 0.50.How great can the amplitude be if the block does not slip along the slab ?
Q2. Two SHM's are
x1 (mm, sec ) = 1.0 sin . and x2 (mm, sec ) = 0.5 [ sin 3] Discuss the radio of their amplitudes, frequency and find the phase difference.
Q. Find out the time period of motion.
is very very small.
Ans is