In a pinball game, a spring loaded plunger is pulled back, the ball rolls into position on it, and then the plunger is released to send the ball up the sloped game surface. On a particular game, the spring is pulled back 12 cm with a force of 4.5 N and after release the 80 g ball quickly goes to the top, still traveling at 1.3 m/s at the top 1.5 meters up the 6.5° slope from where it was launched. Was much energy lost to resistive forces?
In a pinball game, a spring loaded plunger is pulled back, the ball rolls into position on it, and then the plunger is released to send the ball up the sloped game surface. On a particular game, the spring is pulled back 12 cm with a force of 4.5 N and after release the 80 g ball quickly goes to the top, still traveling at 1.3 m/s at the top 1.5 meters up the 6.5° slope from where it was launched. Was much energy lost to resistive forces?
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Transcribed Image Text:In a pinball game, a spring loaded plunger is pulled back, the ball rolls into
position on it, and then the plunger is released to send the ball up the
sloped game surface. On a particular game, the spring is pulled back 12 cm
with a force of 4.5 N and after release the 80 g ball quickly goes to the top,
still traveling at 1.3 m/s at the top 1.5 meters up the 6.5° slope from where
it was launched. Was much energy lost to resistive forces?
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