Pumpkin Mass: 5 kg Diameter: 0.37 m O Air Resistance a Drag Coeficient: 0.60 Velocity Vectors V Total 10 m O Components Acceleration Vectors V Total O Components 15.0 m O Normal O Slow Initial Speed 15 m/s Projectile Motion PHET: Intro Vectors Drag Lab In this video, we did the launch without air resistance. The net acceleration is indicated by the yellow arrow. What is the value of this acceleration in Sl units? (please just report the numeric value only - standard SI units of m/s? will be assumed)

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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
PŘET :
Intro
Vectors
Drag
Lab
In this video, we did the launch without air resistance. The net acceleration is indicated by
the yellow arrow. What is the value of this acceleration in Sl units? (please just report the
numeric value only - standard Sl units of m/s2 will be assumed)
OR OQ
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 PŘET : Intro Vectors Drag Lab In this video, we did the launch without air resistance. The net acceleration is indicated by the yellow arrow. What is the value of this acceleration in Sl units? (please just report the numeric value only - standard Sl units of m/s2 will be assumed) OR OQ
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