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13.4.2
A load of mass m = 20 kg is suspended from a spring with a stiffness coefficient c = 400 N / m and is in free straight vertical oscillatory motion. Determine at what distance from the position of static equilibrium is the center of gravity of the load at the time when its acceleration is 3 m / s. (Answer 0.15)
A load of mass m = 20 kg is suspended from a spring with a stiffness coefficient c = 400 N / m and is in free straight vertical oscillatory motion. Determine at what distance from the position of static equilibrium is the center of gravity of the load at the time when its acceleration is 3 m / s. (Answer 0.15)
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Solution of task 13.4.2 from the collection of Kepe OE
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| 50 $ | the discount is 7% |
| 20 $ | the discount is 5% |
| 10 $ | the discount is 3% |
| 5 $ | the discount is 2% |
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Cumulative discount
| 200 $ | the discount is 15% |
| 100 $ | the discount is 10% |
| 50 $ | the discount is 7% |
| 20 $ | the discount is 5% |
| 10 $ | the discount is 3% |
| 5 $ | the discount is 2% |
| 1 $ | the discount is 1% |
Check your discount
Amount of purchases from the seller: $
Your discount: %
0.04 $ gift card for a positive review