A block with mass m=2.00kg is placed against a spring on africtionless incline with angle =30o (the block is notattached to spring)The spring, with sp

Carol Gates

Carol Gates

Answered question

2020-10-31

A block with mass m=2.00kg is placed against a spring on africtionless incline with angle =30o (the block is notattached to spring)The spring, with spring constant k=19.6N/cm,iscompressed 20.0cm and then released. a) What is the elasticpotential energy of the compressed spring? b) What is the change inthe gravitational potential energy of the block c) How far alongthe incline is the highest point from the release point?

Answer & Explanation

FieniChoonin

FieniChoonin

Skilled2020-11-01Added 102 answers

A block with mass (m=2.00kg) is placed against aspring on a frictionless incline with angle (q=30o)(theblock is not attached to spring)
The spring, with spring constant (k=19.6N/cm), iscompressed ( x = 20.0cm) and then released.
a)Theelastic potential energy of the compressed spring (Uk)=(12)kx2=39.2J
b)The change in the gravitational potential energy of theblock(DUg) = (Uk) = 39.2 J
c)Applythe Law of conservation of enregy :
Kf+Uf=Ki+Ui0.0+mgh0=0.0+(12)kx2h0=2.00
Let

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