Q1. A biker is circling on a flat surface with radius R. Assuming , and are...
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Q1. A biker is circling on a flat surface with radius R. Assuming μ, and are known and the mass of the biker with the bike together is m. what max speed can he achieve before slipping? Q2 A block of mass m2 and an incline of mass m1 and angle 0 are under the influence of force F as shown in the pic below. There is no friction between m1 and the ground. Assuming μ,between m2 and m1 is known. What is the maximum value for F so M2 does not move with respect to m1. M1 M2 Q3 A cannon ball is fired as shown in the pic below, what is the minimum velocity V the canon ball needs to have to clear the barrier with height h at distance L from the firing site (no air resistance)? - Q4 For the same problem in Q3, if the firing velocity v is adjustable, what is the minimum value for so no matter how big v is the ball won't be able to clear the barrier? h Q1. A biker is circling on a flat surface with radius R. Assuming μ, and are known and the mass of the biker with the bike together is m. what max speed can he achieve before slipping? Q2 A block of mass m2 and an incline of mass m1 and angle 0 are under the influence of force F as shown in the pic below. There is no friction between m1 and the ground. Assuming μ,between m2 and m1 is known. What is the maximum value for F so M2 does not move with respect to m1. M1 M2 Q3 A cannon ball is fired as shown in the pic below, what is the minimum velocity V the canon ball needs to have to clear the barrier with height h at distance L from the firing site (no air resistance)? - Q4 For the same problem in Q3, if the firing velocity v is adjustable, what is the minimum value for so no matter how big v is the ball won't be able to clear the barrier? h
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Principles of Taxation for Business and Investment Planning 2019 Edition
ISBN: 9781260161472
22nd edition
Authors: Sally Jones, Shelley C. Rhoades-Catanach, Sandra R Callaghan
Posted Date:
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