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If a constant net force of 35 N is applied to your glider, what will be its acceleration? Assume that the glider starts from
If a constant net force of 35 N is applied to your glider, what will be its acceleration? Assume that the glider starts from rest position on a catapult and using the acceleration developed in the previous step, what will be the glider's speed after traveling 1.5 m along the catapult? Assume that the glider travels in a straight line, air resistance is negligible. At the launch speed determined in the previous step, how far will the glider travel after 2 seconds of flight? The glider's pilot is known to lose consciousness during an acceleration greater than 4.0 g. According to your expected acceleration during launch, will your pilot survive?
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To determine the acceleration we can use Newtons second law which states F ma where F is the force a...Get Instant Access to Expert-Tailored Solutions
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