I did the physic lab and had a question. Beside the friction ( i dont think it had in the track ), what is the factor that affect the kinetic energy in inelastic collision and explosion.
In inelastic collision and explosion Kinetic energy is lost due to deformation of body, heat , Sound energy etc in addition to friction and all these factor plays major role in loosing kinetic energy
I did the physic lab and had a question. Beside the friction ( i dont think...
I need help figuring out what kinds of collisions we did in lab and what they should hypothetically be. All parts use 2 Vernier Encoder Standard Cart, unless stated otherwise. Cart I is always pushed towards Cart II's specified surface of collision and motion sensor is used to record on both sides. "Classify each collision as elastic, inelastic, perfectly inelastic, or explosive." Part I - Cart I: VES cart. Cart II: Vernier Dynamics Cart with plunger. The no velcro/magnetic end...
how do I factor in collision and friction
PART A Hardcopy due 11 am Moody December 12 A m, 500 object released with an iniull speed o120 oms from the top of a Iough track im above p a table which is h-2m high is desetmised that friction does 5l af wark alung the trakk lo the bullum. It these collides ouple with a m 1kg block that is initially at rest on Lable as shown. (a) Find the veiociy...
I need help with a kinetic friction lab... We set up a level cart track with a motion detector at one end and then gave a wooden block a push on the track towards the motion sensor to measure the deceleration of the block. How do I calculate the kinetic coefficient using our measured results? The block weighed 131.1g. The slope of the velocity graphs for our 3 trials were 3.73, 2.72 and 2.9 m/s/s.
Solution
This question,Where did 1 / 3ML ^ 2 come from? I dont
understand.Can you explain in detail?How did we get that number?Why
didn't we use 1 / 12ML2?
Q18 (15 points): A paintball gun is fired at a rod of total length L-40 cm and mass M-210 g. The rod is fixed from one end and can freely rotate without friction. The ball hits the rod and sticks to it, so that the ball+rod system starts rotating. What is...
i dont think i did all of these right, so i wanted to check how to
solve for the starting mayerials that make the target molecule on
the right.
Use oprically active and racemic where appropriure. Une Holecule per DUX. OH 1.) > Mg-Br 2.) H20 racemic tacchic optically active Cically active cat. H2SO4
I want you guys to rewrite this lab procedure, and it is fine if it was shorter than this. An air track was fitted with two photocell bridges, one on each side of the collision region. Each bridge was operating in a gate mode timer that allows the collection of time intervals before and after collision. To ensure that friction and gravity have minimal effects, the track was leveled. Before starting the experiment, we ensured that loss in velocity was...
Unsure on all parts of this question
Pre-lab Assignment- Experiment 11 Conservation of Momentum Using the Air Track 1. Suppose that before collision, slider A (MA-200 g) is traveling at 3.6 m/s and slider B (Ma 210 g) is at rest. a) (1 pt) What is the total momentum before collision? (Find the momentum of each slider befone the collision and then add them together.) b). (1 pt) After the collision, presume that the sliders move in the same direction...
i need help with these questions about physics.
Elastic Collision Question 8 A 2 kg ball initially at rest rolls down a 30-degree inclined plane from a height of 4 meters (assume kinetic and rolling friction are negligible). A 2 kg box initially at rest slides down a 30-degree directionless inclined plane from a height of 4 meters. How do the velocities of the ball and the box compare when they both reach the bottom of their respective inclined planes?...
Conservation of Momentum PHY 121 Lab 10 7) Now seeing what you saw, were you right? What can you say about the momentum before the collision and the momentum after the collision? Final Total Kinetic Energy after the collision: nǐ--%Error_07__ Now change the red cart to being heavier than the blue cart and the blue cart is again initially stationary (0m/s) Initial momentum: 10 N Initial Kinetic Energy: 25 J 8.) Write what you expect to happen to the carts...
Genetics 207 help! I did question #5 but I don’t think I did
it correctly. I don’t understand how to do question #7
7. Imagine you had a large collection of Drosophila mutants and wanted to find mutants who were more tolerant to alcohol than WT flies. Design an experiment that would allow you to find these mutants. You can draw on the literature posted for Assignment 2 for ideas. (2)