According to physics, is this right?

according to physics, is this right?

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Makes sense to me

based

No, the opposite. In left panel a shorter section of the band has to stretch.
Imagine the difference between stretching a six inch rubber band to a foot long, vs the force required to stretch a three inch rubber band to a foot long, with both being the same width.

/sci/ here. If that red thing is supposed to be a rubber band then yes, but there’s more to it than that. No matter what position it’s in or which way You pull it, the force will be variable. The more you pull it the more force it exerts. In your 50kg example the range of motion will be less.

Yes, cut a spring in two and put the two halves in parallel, you'll need twice as much force to pull the same distance.

>wat?

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ever pulled a rubber band?

fuck off you know thats not what i meant

its the same band retard
but anyway

Attached: tension.png (1470x916, 90.92K)

it's the same band but on the left, half it's force is absorbed by friction

so you do less force

The one on the left is chocked, the one on the right is basketed. Look up those terms in rigging. Usually a basket is 2x stronger that a choke but not always depending on the material. In this case I would say yes although with bands take a step further away and you have more resistance, a step closer and less resistance

If grug pull band one inch, band pull back weak.
If grug pull band more, band pull back stronger.

If you’re using a 25kg rated band like in the picture on the left, it will pull back 25kg at a certain distance. If you use the same band in the way like on the right side of the picture, it will pull 50kg at a different length, because of how you’re pulling the band over the bar.

I’m just saying it’ll generally be double the force, yes, but the range of motion you can do will be less because of the way you’re pulling the band over the bar.

dont you fucking see its the same distance lengthened in both pics, but the first one is just one "arm" of the band and in the 2nd its two?

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Ok

\trhead

Attached: tension.png (1590x1148, 99.26K)

I love how in these based retard threads there's always one engineering student trying desperately and fruitlessly to help Yas Forums grow brain cells

Yeah

i study physics

You realize you still have to explain this for Yas Forums, right?

Imagine believing cartoons kek

Close enough

more accurate

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I don't undersant. What are the K and the F?

what comes before the C

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on the left you pull on 2 string, on the right you pull on 4 strings, hence necessitating twice the amount of force.

A monkey would understand that.

F is the force applied by the rubber band on your arm, K is some constant representing the "strength" of the rubber band. It's high school physics.

Hyperbole is not your friend, user.

kek

Basic mechanics / physics.
>I learned it 25+ years ago.
What do they teach in school now ?
How to make gifs ?

Attached: rigged.png (1565x685, 142.17K)

ok boomer