Energy In a Simple Harmonic Oscillator - Maximum Velocity & Acceleration Calculations

This physics video tutorial focuses on the energy in a simple harmonic oscillator. It explains how to calculate the amplitude, spring constant, maximum acceleration and the mechanical of a mass spring system in simple harmonic motion. It explains how to the conservation of principle to calculate the maximum velocity of the oscillator. You need to know the formulas for the kinetic energy and potential energy of a spring mass system. This tutorial also explains how to calculate the velocity of the spring at any position relative to its equilibrium position.
Intro to Pressure:
• Introduction to Pressu...
Fluid Pressure Review:
• Fluid Pressure, Densit...
Simple Harmonic Motion:
• How To Solve Simple Ha...
Simple Harmonic Motion Review:
• Simple Harmonic Motion...
The Simple Pendulum:
• The Simple Pendulum
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The Physical Pendulum:
• Physical Pendulum Prob...
Mechanical Waves Problems:
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Wave Speed on a String:
• Wave Speed on a String...
Standing Waves on a String:
• Standing Waves on a St...
Speed of Sound In Matter:
• Speed of Sound in Soli...
Sound Intensity Physics Problems:
• Sound Intensity Physic...
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Sound Intensity Level:
• Sound Intensity Level ...
Beat Frequency:
• Beat Frequency Physics...
Standing Waves In Organ Pipes:
• Standing Waves In Orga...
Doppler Effect Physics Problems:
• How To Solve Doppler E...
Sound Waves Review:
• Sound Waves, Intensity...
Physics PDF Worksheets:
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[@cooperholland3976]

I thought I had it, then my exam had a coefficient of friction and then I was screwed.

[@redbean9410]

the net force would just be the force of the spring minues the force of friction which is the coefficent of friction times mg

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Well explained

[@MultiLee90]

does horizontal and vertical spring have the same formula?, hope you'll read this, sorry I'm kinda dumb. By the way, Thanks for this, you're such a great teacher.

[@cassieangel8878]

This is awesome thanks really easy to understand, one question however, shouldn't I be adding the mass of the spring to the formula to achieve a more accurate calculation and if so how much of the total weight of the spring is important to consider if at all?

[@Dyanxiu]

How about finding the length of the maximum extension?

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How about time? Is time at x=A is 0 right

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[@alexfourie6491]

Hi, great video, I noticed you used SI units in the equations (m, kg, etc) would it be a problem to use, cm,g, etc. For example in the equation for maximum velocity, v = A*sqrt(k/m), would it be possible to use cm for A, N/cm for k, and grams for m? Or must one use SI units as you've done?

[@hoowang9962]

I mean you could but then you'd have to convert back to SI units as SI units are standard

[@huimei7435]

Can I know why is the max acceleration at 4:39 is positive? (I thought acceleration is always directed away =negative)

[@srihari444]

I think acceleration is a vector quantity the magnitude is same on both directions and also the mass is directed away but it's indication of displacement in positive or negative direction (IT'S QUESTIONED ONLY TO FIND MAGNITUDE OF ACCELERATION IRRESPECTIVE OF THE DIRECTION)

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why didn't you use omega function,sine,cosine.you didn't mention the formula x=Asin(2pie t/T) you cost me a final exam

[@yesenovd]

10:45 man you forgot to square the amplitude

[@ninjack322o]

You don’t need to

[@434mp]

It would have been the sqrt of A^2, which is simply A so he did nothing wrong, just simplified the formula

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[@GolDVYT]

since the amplitude is the maximum displacement from the equilibrium point, does the same rule apply to vertical harmonic motion? So for example if a weight is put on a spring, and then brought up 0.5 m from its equilibrium point, and dropped, then the amplitud has to be equal to 0.5 m. Am i right?

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Do you have any videos touching on damped harmonic motion

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acceleration may be -600 ?

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I find it weird that the literally formula for max Velocity is Alpha Omega.

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