Homework Help is Here – Start Your Trial Now!
Science
Advanced Physics
Show the calculation of the expected horizontal distance R₂ for the incline firing experiment. Use the value of the launch velocity, vo, from Data Table 1.

Show the calculation of the expected horizontal distance R₂ for the incline firing experiment. Use the value of the launch velocity, vo, from Data Table 1.

icon
Related questions
Question
Q 1 please I need help
LAB REPORT FORM PROJECTILE MOTION Data Table 1: Projectile Fired Horizontally H₁ = 1.02. m. Trail i 1 2 3 4 Rii (m) 2.90 2.78 2-83 2.90 |AR1i| = Rii-Rlav R₁ =Rlav + AR₁ = Data Table 2: Projectile Fired on an Incline -0.31 m. H₂ = заст Trail i R2i (m) 1 4.51 A R2i|= R2i-R2av R2= R2av ± A R₂ = ± m. ± Vo = m. m/s Incline Angle 0 = 2 3 4 4-53 4.54 4.50 = average Rlav =53-14° AR1 average R2av AR₂ QUESTIONS 1. Show the calculation of the expected horizontal distance R₂ for the incline firing experiment. Use the value of the launch velocity, vo, from Data Table 1. 2. What is the % difference between the expected distance R2 and the measured value from Data Table 2? 46) 5 Skip
Transcribed Image Text:LAB REPORT FORM PROJECTILE MOTION Data Table 1: Projectile Fired Horizontally H₁ = 1.02. m. Trail i 1 2 3 4 Rii (m) 2.90 2.78 2-83 2.90 |AR1i| = Rii-Rlav R₁ =Rlav + AR₁ = Data Table 2: Projectile Fired on an Incline -0.31 m. H₂ = заст Trail i R2i (m) 1 4.51 A R2i|= R2i-R2av R2= R2av ± A R₂ = ± m. ± Vo = m. m/s Incline Angle 0 = 2 3 4 4-53 4.54 4.50 = average Rlav =53-14° AR1 average R2av AR₂ QUESTIONS 1. Show the calculation of the expected horizontal distance R₂ for the incline firing experiment. Use the value of the launch velocity, vo, from Data Table 1. 2. What is the % difference between the expected distance R2 and the measured value from Data Table 2? 46) 5 Skip
Expert Solution
trending now

Trending now

This is a popular solution!

steps

Step by step

Solved in 2 steps

SEE SOLUTIONCheck out a sample Q&A here
Blurred answer