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Date: Per: Freefalling -Level 3 (Ignore air resistance, use 9.8 m/s for gravity) a (m/s) Vr (m/s) [to] V (m/s) [from, at] Ax (m) [how far] t (s) V a = -V Ax = Ax = 2. V = at+V V V +2a(Ax)| 5. Laura climbs the neighbor's fence to retrieve her soccer ball. She realizes she can't climb with the ball in her hand so is going to throw the ball over the tall fence. She needs to throw the ball vertically by 1.6 meters in order to get over the top. Calculate the speed that she needs to throw the ball with in order to make it over the fence How long will the ball be in the air? %3D Vr = VI =

Date: Per: Freefalling -Level 3 (Ignore air resistance, use 9.8 m/s for gravity) a (m/s) Vr (m/s) [to] V (m/s) [from, at] Ax (m) [how far] t (s) V a = -V Ax = Ax = 2. V = at+V V V +2a(Ax)| 5. Laura climbs the neighbor's fence to retrieve her soccer ball. She realizes she can't climb with the ball in her hand so is going to throw the ball over the tall fence. She needs to throw the ball vertically by 1.6 meters in order to get over the top. Calculate the speed that she needs to throw the ball with in order to make it over the fence How long will the ball be in the air? %3D Vr = VI =

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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ne. Per: Date: Freefalling-Level 3 (Ignore air resistance, use 9.8 m/s for gravity) a (m/s2) Vr (m/s) [to] V (m/s) [from, at] Ax (m) [how far] t (s) Vf-V; a 3= Ax = (V,+V/)t Ax = at2+Vt %3D 2. t 2. V = V +2a(Ax) 2. V at+V 5. Laura climbs the neighbor's fence to retrieve her soccer ball. She realizes she can't climb with the ball in her hand so n going to throw the ball over the tall fence. She needs to throw the ball vertically by 1.6 meters in order to get over the top. Calculate the speed that she needs to throw the ball with in order to make it over the fence How long will the ball be in the air? a. t. Ax Vr = Vi =
Transcribed Image Text:ne. Per: Date: Freefalling-Level 3 (Ignore air resistance, use 9.8 m/s for gravity) a (m/s2) Vr (m/s) [to] V (m/s) [from, at] Ax (m) [how far] t (s) Vf-V; a 3= Ax = (V,+V/)t Ax = at2+Vt %3D 2. t 2. V = V +2a(Ax) 2. V at+V 5. Laura climbs the neighbor's fence to retrieve her soccer ball. She realizes she can't climb with the ball in her hand so n going to throw the ball over the tall fence. She needs to throw the ball vertically by 1.6 meters in order to get over the top. Calculate the speed that she needs to throw the ball with in order to make it over the fence How long will the ball be in the air? a. t. Ax Vr = Vi =
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