Here is the data collected from my projectile motion and conservation of energy lab on an even plane. The Theoretical range that I calculated was R=1.68. I am to GRAPH Range vs. Initial launch angle and then CALCULATE the % difference between the measured range(?) and the theoretical range (1.68) for the initial launch angle of 45 degrees. PLEASE show work
=450 | |
106.5 | |
107.0 | |
107.5 | |
108.0 | |
108.0 | |
107.4 |
%
Here is the data collected from my projectile motion and conservation of energy lab on an...
PROJECTILE MOTION OBJECTIVE: The purpose of this lab is to study the properties of projectile motion. From the motion of a steel ball projected horizontally, the initial velocity of the ball ean be determined from the measured range. For a given initial velocity, the projectile range will be measured for various initial angles, and calculated by applying the theory for motion with constant acceleration BASIC PRINCIPLES: Projectile motion occurs when an object in a two-dimensional plane experiences motion only due...
Phys2425 LAB REPORT FORM PROJECTILE MOTION Data Table 1: Projectile Fired Horizontally Hi m. L.OOS Trail i RIi (m) 2 4 average Q.423 2.438 2435 2. 41 2,434 JAR1 = Rli-Riay .Ol ARI 4.00 SS 004 .00 1 007 RI Riav AR1 =2.434 .0058m m/s Vo= Data Table 2: Projectile Fired on an Incline 45 H2 = Incline Angle 0- Trail i 2 average R2ay R2i (m) 4.103 4.1S7 4. I654, |6|4. |05 JA R2i = R2i- R2av AR2 ○11で.007...
Phys2425 Bobbs LAB REPORT FORM PROJECTILE MOTION Data Table 1: Projectile Fired Horizontally average Traili Rii (m) 250 Rlav 2.43 ARI 257 216 2.40 2y R-Rel 20.2 Data Table 2: Projectile Fired on an Incline Incline Angle 0 Trail i 2 Re()3442 46396 34 6.003 | 0.007 |0007|0.002 |-o,ood AR2 QUESTIONS I. 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. What is...
Point 20) A student has performed an experiment for projectile motion and tried to obtain the horizontal distance. Following is the data obtained during the experiment. Height is 1. 06 m Angle 0° Total Range (m) 3.09 5.60 (a) Find the initial velocity (b) Find the theoretical projectile range value of 45° degree (c) Percent error of this experiment. Point 20) A student has performed an experiment for projectile motion and tried to obtain the horizontal distance. Following is the...
This is a projectile motion question from my physics test I need help with for when I make test corrections. I only have 40 minutes for test corrections later today, so I could only memorize the question. Please bear with me here. "A skier goes off a jump that is 2.5 meters long, and the jump is at a 30 degree angle. The initial velocity of the skier is 16.2m/s. Assume wind resistance is negligible. What is the height from...
Experimental technique 5. [1pt] Which of the following statements are true for this experiment? E.g., enter AB. If none are true, enter N. You have 4 tries. Everyone must wear safety glasses. For each launch angle, the projectile range is measured for one speed setting. Never look into the barrel of the launcher when it is loaded. The launch angle θ measured using the plumb line is the angle of the launcher with respect to the vertical. The projectile is...
projectile motion lab help using the information and equation from above answer the By substituting the accelerations and the initial positions, x0 = 0 and y0 = h, the range in given by for 0degree <theta < 90degree Equations (3) and (4) are the working equations" for this experiment. The most compact form has been chosen in order to minimize computations. A tabulation of values of (5) and (6) is given in Appendix II. Derive (2) from the basic equations...
A group of physics students collected data from a test of the projectile motion problem that was analyzed in a previous lab exercise (L5). In their test, the students varied the angle and initial velocity Vo at which the projectile was launched, and then measured the resulting time of flight (tright). Note that tright was the dependent variable, while and Vo were independent variables. The results are listed below. (degrees) Time of Flight (s) Initial Velocity V. (m/s) 15 20...
Using the data inspector. Record some values for the height of the projectile as a function of time. Using these data and any graphical analysis program you like, create a graph of projectile height as a function of time and generate a quadratic fit to your data. My data is as follows: (time, height): (0.1s,1.25m), (0.3s, 3.46m), (0.6s, 6.03m), (0.8s, 7.25m), (1.1s, 8.35m), (1.3s, 8.6m), (1.5s, 8.45m), (1.8s, 7.49m), (2.2s, 4.84m), (2.6s, 0.62m) Initial: angle- 60 degrees, speed, 15 m/s,...
Projectile motion report: Please help me answers (a) through (h) Calculation Calculate vo from equation (8) g 980 cm/sec 2 1 joule 107 crgs 9 R CONCLUSION Summary Parts & q 2 Initial velocity of projectile Part II) vo cm/sec 20, 3 Initial velocity of projectile (Part I) Velocity v of system after impact (Part I), v 1312pm/sec 3HPg ec Kinetic energy of the system just after impact KE after KE after Kinetic Joules energy of the projectile just before...