tel Speed 15 mm's Projectile Motion 11.5m O Normal Slow PHET 3. Take a few minutes to familiarize yourself with the simulation and shoot stuff with the cannon. Once you are somewhat satisfied with your primal desire to shoot things, follow along with the questions below. 4. Before you start doing the simulation, please set the value of the following variables: a. Set the type of projectile to cannonball b. Set the mass of the cannonball to 31 kg., the diameter to 0.10m, and gravity to 9.81 m/s² c. Disable air resistance. art 1 m S 1. Fire the projectile launcher straight upwards (0 = 55°) at v. = 23- Before you launch, click the zoom-out button for a wider view of the simulation. Please note that the trajectory fades after a few minutes. If in case it fades, just relaunch the projectile. Then using kinematics, show your solution to determine: .

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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time it should take the projectile to reach maximum height
2. Choose Lab.
hitel Speed 15 m's
c.
Part 1
Projectile Motion
11.5 m
Normal
Slow
Human
Mons: 70 kg
Diameter: 0.5 m
Air Rece
Orag Coefficient: 0.60
Voleelty Voeters
Total
Components
Acceleration Vectors
Total
Components
PHET:
3. Take a few minutes to familiarize yourself with the simulation and shoot stuff with the
cannon. Once you are somewhat satisfied with your primal desire to shoot things,
follow along with the questions below.
4.
Before you start doing the simulation, please set the value of the following variables:
a. Set the type of projectile to cannonball
b. Set the mass of the cannonball to 31 kg., the diameter to 0.10m, and gravity to 9.81
m/s²
Disable air resistance.
m
Before you launch,
S
1. Fire the projectile launcher straight upwards (0 = 55°) at v. = 23-
click the zoom-out button for a wider view of the simulation. Please note that the
trajectory fades after a few minutes. If in case it fades, just relaunch the projectile. Then
using kinematics, show your solution to determine:
Transcribed Image Text:2. Choose Lab. hitel Speed 15 m's c. Part 1 Projectile Motion 11.5 m Normal Slow Human Mons: 70 kg Diameter: 0.5 m Air Rece Orag Coefficient: 0.60 Voleelty Voeters Total Components Acceleration Vectors Total Components PHET: 3. Take a few minutes to familiarize yourself with the simulation and shoot stuff with the cannon. Once you are somewhat satisfied with your primal desire to shoot things, follow along with the questions below. 4. Before you start doing the simulation, please set the value of the following variables: a. Set the type of projectile to cannonball b. Set the mass of the cannonball to 31 kg., the diameter to 0.10m, and gravity to 9.81 m/s² Disable air resistance. m Before you launch, S 1. Fire the projectile launcher straight upwards (0 = 55°) at v. = 23- click the zoom-out button for a wider view of the simulation. Please note that the trajectory fades after a few minutes. If in case it fades, just relaunch the projectile. Then using kinematics, show your solution to determine:
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