Khaled Mohamed Aldab Hareb Alshamsi 2/4, 10:46 AM 6.51 A slingshot that launches a stone horizontally consists of two light, identical springs (with spring constants of 30.0 N/m) and a light cup that holds a 1.00 kg stone. Each spring has an equilibrium length of 50.0 cm. When the springs are in equilibrium, they line up vertically. Suppose that the cup containing the mass is pulled to x = 70.0 cm to the left of the vertical and then released. Determine a) the system's total mechanical energy; b) the speed of the stone at x = 0. = 0.7 m www. 0.5 m -*- 0.5 m
Khaled Mohamed Aldab Hareb Alshamsi 2/4, 10:46 AM 6.51 A slingshot that launches a stone horizontally consists of two light, identical springs (with spring constants of 30.0 N/m) and a light cup that holds a 1.00 kg stone. Each spring has an equilibrium length of 50.0 cm. When the springs are in equilibrium, they line up vertically. Suppose that the cup containing the mass is pulled to x = 70.0 cm to the left of the vertical and then released. Determine a) the system's total mechanical energy; b) the speed of the stone at x = 0. = 0.7 m www. 0.5 m -*- 0.5 m
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Khaled Mohamed Aldab Hareb Alshamsi 2/4, 10:46 AM
•6.51 A slingshot that launches a
stone horizontally consists of two
light, identical springs (with spring
constants of 30.0 N/m) and a light
cup that holds a 1.00 kg stone. Each
spring has an equilibrium length of
50.0 cm. When the springs are in
equilibrium, they line up vertically.
Suppose that the cup containing the
mass is pulled to x= 70.0 cm to the
left of the vertical and then released.
Determine
0.5 m
MW
----
X = 0.7 m!
www
0.5 m
a) the system's total mechanical energy;
b) the speed of the stone at x = 0.
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