2:49 i see you add 0.05 + 0.025 but i dont understand why you dont add the other spring to make it 0.05 + 0.025 + 0.025 to make it the total extension right?? can u help me undertand why you dont add the other one
because the extension is seen from the side of the springs. even if both parallel springs extend to a sum of extensions of 0.50m, since the load is divided among them, from the side the you only see an extension of 0.025m, because they both extend the same amount.
hello I'm back with better wording. The extension of parallel springs isn't the total of how much each spring extended, rather it can be considered as how much lower the load is when it is attached and allowed to fall freely in comparison to when it's held up and the springs arent stretched
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where is the 2*100 coming from
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2:49 i see you add 0.05 + 0.025 but i dont understand why you dont add the other spring to make it 0.05 + 0.025 + 0.025 to make it the total extension right?? can u help me undertand why you dont add the other one
Follow keenly you'll understand
because the extension is seen from the side of the springs. even if both parallel springs extend to a sum of extensions of 0.50m, since the load is divided among them, from the side the you only see an extension of 0.025m, because they both extend the same amount.
hello I'm back with better wording. The extension of parallel springs isn't the total of how much each spring extended, rather it can be considered as how much lower the load is when it is attached and allowed to fall freely in comparison to when it's held up and the springs arent stretched
Sir how can you calculate the total length of a spring when a force is added
It can be calculated
How you got 100?
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Why is the equation not F= -XE
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