A bowling ball accidentally falls out of the cargo bay of an airliner as it flies along in a horizontal direction. As observed by a person standing on the ground and viewing the plane as in the figure at right, which path would the bowling ball most closely follow after leaving the airplane?

Below is an image of a cannon firing a projectile with an initial horizontal velocity. The location of the projectile at four points along its path are shown. Ignore air resistance. What can you say about the horizontal velocity of the object?

Please refer to the question that is attached.  The boat in the picture below is tring to travel north to cross the river at 10 m/s, however the water in the river is flowing west at 4.0 m/s. The boat instead angles itself to counteract the flow of the river. For this problem orient the coordinate axes with x pointing east and y pointing north.  Question A: which of the following best represents the velocity of the water?                 1. < 0, -4.0 > m/s                2. < 4.0, 0 > m/s                3. < 0, 4.0 > m/s                4. < -4.0, 0 > m/s Question B: Which of the following best represents the desired velocity of the boat?                1. < 0, 10.0 > m/s               2. < -10.0, 0 > m/s              3. < 10.0, 0 > m/s              4. < 0, -10.0 > m/s Question C: Which of the follwing best represents the adjusted velocity of the boat?               1. < -10.0, -4 > m/s              2. < 4, 10.0 > m/s…

The graphs below show the position d of a puck plotted as a function of time t for 3 pucks moving across a smooth horizontal plane. Select the case that identifies the puck(s) experiencing equilibrium. II O A. I and II only O B. || only OC.I and III only O D.I only O E. I, II, and II

Background: A full non-uniform circular motion We are going to have an object completing a full circle. A smart-cart was swiveled in the vertical (i.e. in front of us). The cart’s mass is ~240 grams and is hanging from a 0.5 m inextensible light string. In this experiment, the time in seconds and force of tension in Newtons for the smart-cart was measured. a) Find an algebraic equation that relates the minimum/maximum tension to the minimum/maximum linear speed so that the speed magnitudes may be estimated.  b) What would be a good way to approximate the linear acceleration at a given time? (i.e. ~3.25 s, which is approximately halfway between the minimum and maximum tension values)

You decide to walk from your home to your friend's house. He lives 164 meters away from you at an angle 59° South of East. What is the eastern component of your displacement? m What is the southern component of your displacement? m