- Motion Pre Lab Date Name Day And Time Of Lecture 1 A Car Travels For 1hr And 35min At A Constant Velocity Of 75 Mp 1 (280.67 KiB) Viewed 29 times
- Motion Pre Lab Date Name Day And Time Of Lecture 1 A Car Travels For 1hr And 35min At A Constant Velocity Of 75 Mp 2 (280.67 KiB) Viewed 29 times
- Motion Pre Lab Date Name Day And Time Of Lecture 1 A Car Travels For 1hr And 35min At A Constant Velocity Of 75 Mp 3 (298.87 KiB) Viewed 29 times
w The now ready 6) Release theird bew o n't the bottom of the rack onceitas through the photo Round the 7) Repeat steps the for al 2 with a difce for the Choone starting point at least the win d the initial Record the initial position and time s) For Trial 3 and 4, add the two og masses to the side of the l andet steps through Use the exact same w starting positions previously Record positions and times 9) Determine Ax for each trial. Also determine the final velocity of the cider for each was using the time and the sail width on the glider 10) Calculate the acceleration of the glider for each trail. This is explained in the introduction 11) Determine the value for gravity for cach trial (also discussed in the introduction and get the average of the four. They all should be very similar 12) Determine the percent emer between the experimental value for gravity and the actual value for gravity. Calculations: Table 1: Acceleration Due to Gravity Down an Incline Angle of airtrack, 0 = Sail Width Trial XX Axt V g average = %error =