Ve 1 Welcy W Whow De Montmartre Carte Am Velocity Time V Slope Delta G 0 024 0 03 M In The Second Part Of Conserva 1 (27.44 KiB) Viewed 45 times
In the second part of the conservation of energy experiment, we moved the cart to a position so that the spring compressed by a distance delta x, then released it, and the graph of velocity versus time shown below was obtained using the two graphs below and given that the mass of the cart is m= 0.5 kg find the distance delta x. Note: The graph of force versus compression distance (Delta x) obtained from part 1 is also shown below.
Note: The graph of force versus compression distance (Delta x) obtained from part 1 is also shown below.
Ve 1 Welcy W Whow De Montmartre Carte Am Velocity Time V Slope Delta G 0 024 0 03 M In The Second Part Of Conserva 2 (49.86 KiB) Viewed 45 times
Ve 1 Welcy W Whow De Montmartre Carte Am Velocity Time V Slope Delta G 0 024 0 03 M In The Second Part Of Conserva 3 (49.86 KiB) Viewed 45 times
Ve 1. Welcy w whow de Montmartre carte Am Velocity Time() V Slope Delta G. 0.024 0.03 m
in the second part of Conservation of energy experiement we moved the Cart to a position so that the spring was compressed by a distance DX. then released it, and the graph of velocity versus time below was obtained using the two graphs below and given that the mass of the cart is ma 0.5 kg Distance DX. 0 find the Note: the graph of force versus compression distance (Delta >> : ) obtained from pait I is also showed below os velocity mis Time (s) OOOO Fit hope 83N/m (Dellaxm CMOS I answer : 0.044m 10.024m 0.03m 10.055 m MAXI
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