Problem 5If an object is thrown from ground level with an initial velocity v and an elevation angle a, theobject will follow a parabola and land after (disregarding wind resistance etc.)v² sin(2a)m.meters. g = 9.8 m/s? is the gravity factor.A discus thrower is known to release the discus at a speed v = 18 m/s and an angle a = 7/4on average. The speed can deviate up to 1 m/s, and the angle 7/12 radians. Use the Schranken-satz and the above formula to give an estimate of where the discus will land, with error bounds.Use the formula. Hence, ignore both wind resistance etc. and the fact that the hand of thediscus thrower is above ground level at the time of release.

Given that the speed can deviate upto 1 m. So, v=18±1 m/s α=π4±π12 lmean=(18)2sin(π2)9.8 =33.6 m…

Answered: Problem 5 If an object is thrown from…

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