Part I: Horizontally Launched Projectiles 1. Set the initial height of the cannon to 10 m, its initial speed to 18 m/s and the angle of the cannon to be exactly 0° as per the screenshot below: Initial Values Height 10 m Angle 0 Speed 18 mis Car Mass 2000 k 100 5000 Diameter 20m Gravity 91 ma O A Resistance Aude Drag Coefficient 5 Ial 18 ms Projectile Motion PKET: 2. For a situation like the one above, what is the initial vertical velocity (viy) of the projectile be? Explain your answer. 3. Now, try to set the initial height of the cannon to 5 m, its initial speed to 25 m/s and the angle of the cannon to be exactly 0° as per the screenshot below: Initial Values Height: 5m Angle: 0 Speed: 25 m/s Car Mass 2000 kg 100 100 5000 Diameter 2.0m 0.5 Gravity 9.81 mis Air Resistance Atude Om Drag Coefficient: 0.55 14.0 m Initial Spee 25 mis O Normal O Slow PHET.: Projectile Motion Vectors Dra Lab 4. Fill in the table below as you find the different values in this part of the lab. dy t Ax / dx Vfy Vx 5m 10m

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Chapter1: Units, Trigonometry. And Vectors
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Topic: Projectile Motion

Part I: Horizontally Launched Projectiles
1. Set the initial height of the cannon to 10 m, its initial speed to 18 m/s and the angle of the cannon to be
exactly 0° as per the screenshot below:
Initial Values
Height 10m
Angle 0
Seeed 18 mis
Car
Mass
2000 g
100
5000
Diameter
20m
05
Gravity
91 ma
O A Resitance
Aude
Drag Coefficient S
150m
Inal Spe
10 m
Projectile Motion
PHET :
Vecor
Drag
Lab
2. For a situation like the one above, what is the initial vertical velocity (viy) of the projectile be? Explain
your answer.
3. Now, try to set the initial height of the cannon to 5 m, its initial speed to 25 m/s and the angle of the
cannon to be exactly 0° as per the screenshot below:
Initial Values
Height: 5 m
Angle: 0
Speed: 25 m/s
Car
Mass
2000 kg
100
5000
Diameter
2.0m
0.5
5
Gravity
981 mis
O Air Resistance
Asitude
Drag Coefficient: 0.55
14.0 m
Initial Sped 25 m/s
O Normal
Slow
Projectile Motion
PKET :
Lab
4. Fill in the table below as you find the different values in this part of the lab.
dy
t
Δx / dr
Vfy
5m
10m
Transcribed Image Text:Part I: Horizontally Launched Projectiles 1. Set the initial height of the cannon to 10 m, its initial speed to 18 m/s and the angle of the cannon to be exactly 0° as per the screenshot below: Initial Values Height 10m Angle 0 Seeed 18 mis Car Mass 2000 g 100 5000 Diameter 20m 05 Gravity 91 ma O A Resitance Aude Drag Coefficient S 150m Inal Spe 10 m Projectile Motion PHET : Vecor Drag Lab 2. For a situation like the one above, what is the initial vertical velocity (viy) of the projectile be? Explain your answer. 3. Now, try to set the initial height of the cannon to 5 m, its initial speed to 25 m/s and the angle of the cannon to be exactly 0° as per the screenshot below: Initial Values Height: 5 m Angle: 0 Speed: 25 m/s Car Mass 2000 kg 100 5000 Diameter 2.0m 0.5 5 Gravity 981 mis O Air Resistance Asitude Drag Coefficient: 0.55 14.0 m Initial Sped 25 m/s O Normal Slow Projectile Motion PKET : Lab 4. Fill in the table below as you find the different values in this part of the lab. dy t Δx / dr Vfy 5m 10m
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