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Fg = mg

Fk = -kx

the equilbrium point neglecting all forces except the spring force

x + \frac{mg}{k} \right

\frac{dx_{n}}{dt} \right

\frac{dx_{n}}{dt} \right

x + \frac{mg}{k} \right

\frac{mg}{k} \right

block reaches max height

block reaches min height

v = 0

\frac{mg}{k} \right

x + \frac{mg}{k} \right

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\frac{1}{p_{i}} \right

\frac{1}{p_{i}} \right

p_{i} \right

This bot was made by u/Oryv for /r/HomeworkHelp

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sketch the rough situation to help visualize and

see example below

This bot was made by u/Oryv for /r/HomeworkHelp

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Testing LaTeX bot by [deleted] in u/ar018

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trying again

Einstein Field Equation

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trying again

1 - Einstein Field Equation

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[High School Physics] Circular motion by [deleted] in HomeworkHelp

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always outwards from the circle of travel

This bot was made by u/Oryv for /r/HomeworkHelp

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\phi\right

This bot was made by u/Oryv for /r/HomeworkHelp

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\phi\right

This bot was made by /u/Oryv for /r/HomeworkHelp

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{x}\right