- When An Archer Shoots A Bow A Force Of F Aex Is Applied To The Arrow By The Bow String Where A 179 N And B 10 5 M 1 (48.27 KiB) Viewed 13 times
When an archer shoots a bow, a force of f= aex is applied to the arrow by the bow string, where a = 179 N and b= 10.5 m³¹. The arrow of the mass is 5.67 x 10² kg. The position of the arrow is x=0 when it is fully pulled back, and increases as it advances forward. What is the speed at which the arrow flies after it has moved from x= 0 to x = 0.49 m? (10 Points) A car traveling at a speed of 48 km/h is entering a curved road while receiving a constant force of 4.89 kN in the direction of travel (Position A), as shown in Figure. Find the speed at the point where it deviates from the 34 m curve (Position B). The mass of a car and its driver is 1460 kg. and all drags are neglected. (10 Points) B