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Okay I just got the answer, thanks for reminding me of the kinematic equations. I was focused on solving this with only dynamic equations.

Hi there can you please provide the kinematic equation? Is it a=v/t ? If so I got 22.5 m/s2 which I suspect is wrong...

Homework Statement Dough boy took a ride in his new car, he hammers the throttle in 2 seconds and his velocity is 45 km/hr (assume constant acceleration). The mass of the Viper is approximately 800kg, Find the net force acting on the viper. To be honest I am clueless on this question, I have...

Thank you for replying, I had another question with that information I was supposed to calculate the force of resistance with this equation: 9.8(Mass)(Sin*angle*) - (m)(a) so I had filled it in with these numbers below (the angle is 10.4 degrees) 9.8(36.1)(sin10.4) - 49.096 = 14.768...

Homework Statement Mass= 36.1 (Grams) Acceleration = 1.36 M/S(sqaured) Net Force in MiliNewtons = Homework Equations Fnet= MAThe Attempt at a Solution Fnet= 0.0361 x 1.36 = 0.049096 Newtons 0.049096 x 1000= 49.096 MiliNewtons Can anyone verify this for me please?