2/ Joshua and Erika are testing spring launchers on a nearby moon (not ours). Both shoot the projectiles fromdifferent heights. Joshua is shooting from the top of a rocky outcropping, while Erika is shooting from thetop of their spaceship. The table shows the time, t, in seconds and height, h(t), in meters of Erika's Nerfdarts in flight. The function, J(t), models the height in meters of Joshua's darts in flight over time, t.JoshuaErikath(t)140.51820J(t) = -2t2 + 8t + 10201.5182.5148.3.5Part A: Whose projectile went higher?Part B: After the initial trial, the astronauts wonder whose projectile would have reached the highest pointif they had both launched from 14 meters. Complete the statement below to answer their question.'s projectile would have gone higher since that projectile would have reached a heightofmeters.1.2.3.

Name: 2/ Joshua and Erika are testing spring launchers on a nearby moon (not
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Description: 2/ Joshua and Erika are testing spring launchers on a nearby moon (not ours). Both shoot the projectiles fromdifferent heights. Joshua is shooting from the top of a rocky outcropping, while Erika is shooting from thetop of their spaceship. The table

Erika's projectile starts from a height h(0)=14 m and it goes to maximum height of 20 m at t=1/1.5…

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Joshua and Erika are testing spring launchers on a nearby moon (not ours). Both shoot the projectiles from different heights. Joshua is shooting from the top of a rocky outcropping, while Erika is shooting from the top of their spaceship. The table shows the time, t, in seconds and height, h(t), in meters of Erika's Nerf darts in flight. The function, J(t), models the height in meters of Joshua's darts in flight over time, t. Joshua Erika h(t) 14 0.5 18 20 J(t) = -2t2 + 8t + 10 20 1.5 2 18 2.5 14 3. 8 3.5 Part A: Whose projectile went higher? Part B: After the initial trial, the astronauts wonder whose projectile would have reached the highest point if they had both launched from 14 meters. Complete the statement below to answer their question. 's projectile would have gone higher since that projectile would have reached a height

Joshua and Erika are testing spring launchers on a nearby moon (not ours). Both shoot the projectiles from different heights. Joshua is shooting from the top of a rocky outcropping, while Erika is shooting from the top of their spaceship. The table shows the time, t, in seconds and height, h(t), in meters of Erika's Nerf darts in flight. The function, J(t), models the height in meters of Joshua's darts in flight over time, t. Joshua Erika h(t) 14 0.5 18 20 J(t) = -2t2 + 8t + 10 20 1.5 2 18 2.5 14 3. 8 3.5 Part A: Whose projectile went higher? Part B: After the initial trial, the astronauts wonder whose projectile would have reached the highest point if they had both launched from 14 meters. Complete the statement below to answer their question. 's projectile would have gone higher since that projectile would have reached a height

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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