TIME RESTRICTED

While trekking back from an ancient temple, you find yourself being chased by native tribes for trespassing. As you and your team quickly drive away ( mathbf{x} ) distance from where your car was parked, the tribe warriors begin to fire arrows at you. One happens to hit your back wheel, but it does not penetrate deep enough to cause a flat tire. Assuming it stays imbedded in the tire, find the acceleration of the arrow at point ( mathbf{P} ) with respect to a fixed frame using two methods: 1) Taking the derivative of the position vector with respect to a fixed frame, A 2) Using the magic formula.

While trekking back from an ancient temple, you find yourself being chased by native tribes for trespassing. As you and your team quickly drive away x distance from where your car was parked, the tribe warriors begin to fire arrows at you. One happens to hit your back wheel, but it does not penetrate deep enough to cause a flat tire. Assuming it stays imbedded in the tire, find the acceleration of the arrow at point P with respect to a fixed frame using two methods: 1) Taking the derivative of the position vector with respect to a fixed frame, A 2) Using the magic formula