Question's image is attached Initial velocity =uhAngle offire eTime of flight to apex of trajectory (uSinegTotal time of flight t = (2usinoygRange to apex of trajectory (u'Sin20y2gTotal range s- (uSin20MgMax altitude h= (uSin )(2g)Using simulation of 3 different angles and use graphs to show that the maximum rangecan only be achieved at angle 45 degrees if u is a constant.Explain your solution in ii.i.ii.

The maximum range of the projectile is given by R=u2sin2θg Here u is the initial velocity of the…

Answered: Using simulation of 3 different angles…

Using simulation of 3 different angles and use graphs to show that the maximum range can only be achieved at angle 45 degrees if u is a constant. Explain your solution in i.

University Physics Volume 1

18th Edition

ISBN:9781938168277

Author:William Moebs, Samuel J. Ling, Jeff Sanny

Publisher:William Moebs, Samuel J. Ling, Jeff Sanny

Chapter2: Vectors

Section: Chapter Questions

Problem 75AP: Starting at the island of Moi in an unknown archipelago, a fishing boat makes a round trip with two...

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Question's image is attached

Initial velocity =u
h
Angle of
fire e
Time of flight to apex of trajectory (uSineg
Total time of flight t = (2usinoyg
Range to apex of trajectory (u'Sin20y2g
Total range s- (uSin20Mg
Max altitude h= (uSin )(2g)
Using simulation of 3 different angles and use graphs to show that the maximum range
can only be achieved at angle 45 degrees if u is a constant.
Explain your solution in ii.
i.
ii.

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