Jan 25, 2010 · In Simple harmonic motion: Acceleration = -W^2 x (W being omega, rads per sec. and x beind displacement (distance if you will) ) Omega is a constant but why is acceleration …

Aug 6, 2015 · The discussion centers on the relationship between angular frequency (ω) and the spring constant (k) and mass (m) in simple harmonic motion (SHM), specifically how ω² = k/m …

Dec 9, 2008 · The discussion focuses on calculating the amplitude of a spring in simple harmonic motion after attaching a mass. The spring constant is given as 19 N/m, and the mass is 0.20 …

Nov 5, 2014 · Given a position vs time graph of simple harmonic motion of an object and using the equation x(t) = xo = A sin (ωt +Φ), how am I supposed to find Φ? I can easily find A and the …

Sep 15, 2018 · Hello, I have recently been introduced to the topic of simple harmonic motion for the first time (I'm currently an A-level physics student). I feel that I...

Aug 11, 2014 · A pendulum exhibits simple harmonic motion (SHM) only for small angles (typically less than 10 degrees) because the restoring force is proportional to the sine of the …

Feb 2, 2010 · The discussion focuses on the mathematical aspects of simple harmonic motion, specifically regarding a tuning fork's vibrations in relation to electromagnetic devices like a …

Nov 2, 2017 · Angular velocity (ω) is crucial in understanding simple harmonic motion (SHM) because it relates to the oscillation frequency, with ω = 2πf. The confusion arises from the …

Oct 25, 2005 · In the discussion about finding the phase angle in simple harmonic motion, the user successfully calculated the amplitude of a block-spring system as 1.10 m using the …

Nov 28, 2010 · The conversation highlights the relevance of simple harmonic motion principles in this context. Overall, the derivation showcases the interplay between energy forms in …