Find number of turns in spring such that it provide energy


Turbo Booster toy that launches a 60-gram "insect" glider (projectile) by compressing a helical spring and then releasing the spring when thetrigger is pulled. When pointed upward, the glider should ascend approximately 8 m before falling. The launcher spring is made of carbon steel wire, with a diameter d = 1.1 mm. The coil diameter is D = 10 mm. Calculate the number of turns N in the spring such that it would provide the necessary energy to the glider. The total spring working deflection is x = 150 mm with a clash allowance of 10%.

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Mechanical Engineering: Find number of turns in spring such that it provide energy
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