the velocity vector is shown in green. The vertical green arrow shows the y-velocity. The y-velocity starts as zero, and as time goes on, the length of this arrow: increases O stays the same decreases
the velocity vector is shown in green. The vertical green arrow shows the y-velocity. The y-velocity starts as zero, and as time goes on, the length of this arrow: increases O stays the same decreases
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The class I'm taking is physics for scientists and engineers!
I am completely stuck. Need help. I have attached the problem. I have also posted the link to the video it is referencing to. Please view both before answering. I an really struggling trying to figure this out. Thank you!
https://youtu.be/4IBHHCyXQyw
Transcribed Image Text:the velocity vector is shown in green. The vertical green
arrow shows the y-velocity. The y-velocity starts as zero, and as time goes on, the length of
this arrow:
increases
O stays the same
O decreases
the velocity vector is shown in green. The horizontal
green arrow shows the x-velocity. As time goes on, the x-velocity
O increases
O stays the same
O decreases
Transcribed Image Text:i phet.colorado.edu/sims/html/projectile-motion/latest/projectile-motion_en.html
Pumpkin
Mass: 5 kg
Diameter: 0.37 m
O Air Resistance a
Drag Coefficient: 0.60
Velocity Vectors
10 m
Total
Components
Acceleration Vectors
Total
Components
15.0 m
Initial Speed 15 m/s
Normal
Slow
Projectile Motion
PHET :
Intro
Vectors
Drag
Lab
Expert Solution
Step 1
Given Data :
Horizontal projectile motion
To Find :
Variation of velocity components with time
Step by step
Solved in 3 steps
