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A. By default, the positions are on x1 1.00m and x2 +1.00m. Adjust the elasticity to 100%. Then set the values of mass and velocity based on the given on the table below. Complete the table by writing the values for the final velocities and final momentum. Mass (kg) Initial Velocities Momentum (kg m/s) Initial Total Initial Final Velocities Momentum (m/s) Final Total Final Trials (m/s) Momentum (kg-m/s) Momentum (kg-m/s) (kg m/s) Trial 1 mi= 0.50 Vi= 1.25 pi= vi= pi p= p= my= 1.00 V= -1.00 V2= p2 mi= 1.35 Vi= 0.80 pi= Vi= Trial 2 p= p= m2= 0.90 V2= -1.60 V2= p2 =

A. By default, the positions are on x1 1.00m and x2 +1.00m. Adjust the elasticity to 100%. Then set the values of mass and velocity based on the given on the table below. Complete the table by writing the values for the final velocities and final momentum. Mass (kg) Initial Velocities Momentum (kg m/s) Initial Total Initial Final Velocities Momentum (m/s) Final Total Final Trials (m/s) Momentum (kg-m/s) Momentum (kg-m/s) (kg m/s) Trial 1 mi= 0.50 Vi= 1.25 pi= vi= pi p= p= my= 1.00 V= -1.00 V2= p2 mi= 1.35 Vi= 0.80 pi= Vi= Trial 2 p= p= m2= 0.90 V2= -1.60 V2= p2 =

Principles of Heat Transfer (Activate Learning with these NEW titles from Engineering!)
Principles of Heat Transfer (Activate Learning with these NEW titles from Engineering!)
8th Edition
ISBN:9781305387102
Author:Kreith, Frank; Manglik, Raj M.
Publisher:Kreith, Frank; Manglik, Raj M.
Chapter5: Analysis Of Convection Heat Transfer
Section: Chapter Questions
Problem 5.5P: Evaluate the dimensionless groups hcD/k,UD/, and cp/k for water, n-butyl alcohol, mercury, hydrogen,...
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pls. see the attached photo, please help me huhu

A. By default, the positions are on x1 = - 1.00m and x2 = +1.00m. Adjust the elasticity to 100%. Then set the values of mass and velocity based on the given on the table below. Complete the table by writing the values for the final velocities and final momentum. Final Velocities Mass Initial Initial Total Final Total (kg) Velocities Momentum Initial Momentum Final Trials (m/s) (kg-m/s) Momentum (m/s) (kg m/s) Momentum (kg m/s) (kg m/s) mi= 0.50 Vi= 1.25 pi= Vi = pi = Trial 1 p= p= m= 1.00 V2= -1.00 p2= V2 = P2 = Vi = vz= pi = p2 = mi= 1.35 Vi= 0.80 pi= Trial 2 p= p= m2= 0.90 V2= -1.60 p2=
Transcribed Image Text:A. By default, the positions are on x1 = - 1.00m and x2 = +1.00m. Adjust the elasticity to 100%. Then set the values of mass and velocity based on the given on the table below. Complete the table by writing the values for the final velocities and final momentum. Final Velocities Mass Initial Initial Total Final Total (kg) Velocities Momentum Initial Momentum Final Trials (m/s) (kg-m/s) Momentum (m/s) (kg m/s) Momentum (kg m/s) (kg m/s) mi= 0.50 Vi= 1.25 pi= Vi = pi = Trial 1 p= p= m= 1.00 V2= -1.00 p2= V2 = P2 = Vi = vz= pi = p2 = mi= 1.35 Vi= 0.80 pi= Trial 2 p= p= m2= 0.90 V2= -1.60 p2=
By default, the positions are on x1 = - 1.00m and x2=+1.00m.. Adjust the elasticity to 0%. Then set the values of mass and velocity based on the given on the table below. Complete the table by writing the values for the final velocities and final momentum. Mass Initial Initial Total Final Final Total Trials (kg) Velocities Momentum Initial Velocities Momentum Final (m/s) (kg m/s) Momentum (m/s) (kg-m/s) Momentum (kg-m/s) (kg-m/s) Trial 1 mi= 0.50 Vi= 1.25 pi= Vị = Pi = m2= 1.00 V2= -1.00 p= p= p2= V2 p2 = mi= 1.35 Vi= 0.80 VI = V2 = Pi= Pi = p2 = Trial 2 m2= 0.90 V2= -1.60 p= p3= p2=
Transcribed Image Text:By default, the positions are on x1 = - 1.00m and x2=+1.00m.. Adjust the elasticity to 0%. Then set the values of mass and velocity based on the given on the table below. Complete the table by writing the values for the final velocities and final momentum. Mass Initial Initial Total Final Final Total Trials (kg) Velocities Momentum Initial Velocities Momentum Final (m/s) (kg m/s) Momentum (m/s) (kg-m/s) Momentum (kg-m/s) (kg-m/s) Trial 1 mi= 0.50 Vi= 1.25 pi= Vị = Pi = m2= 1.00 V2= -1.00 p= p= p2= V2 p2 = mi= 1.35 Vi= 0.80 VI = V2 = Pi= Pi = p2 = Trial 2 m2= 0.90 V2= -1.60 p= p3= p2=
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