Body mass index

(A) 1, 2, 3 (B) 2, 3, 4 (C) 3, 4, 5 (D) 2, 4, 5 7. In the following table is shown weight to a few mass objects placed on the surface of the four different planets. Which planet has the greatest acceleration of gravity? Mass of weight Mass weight A 1 kg 40 N B 4 kg 40 N C 1 kg 80 N D 4 kg 80 8. a body mass of 10 kg, working two styles 5 Newton and 10 Newton. Great acceleration of the object is .... (A) 0.5 m/s² (B) 2.0 m/s² (C) 2.5 m/s² (D) 3.0…

Stress: Stress is defined as ‘’the force across a boundary per unit area, for all orientations of that boundary.’’ It is derived from force, a physical quantity and area, a geometrical quantity. Therefore, stress is also characterized as a fundamental quantity, like velocity, energy, etc. that can be brought under quantification and can be analyzed without any obvious attention of the physical grounds of the material or of its nature. Example: When a solid bar is supporting a load, each…

1. The pendulum of a clock swings back and forth. At what position will its kinetic energy be the greatest? At what position will its kinetic energy equal its potential energy? When the pendulum of a clock swings back and forth, the pendulum reaches its maximum potential energy at the top of the swing, and it reaches its maximum kinetic energy at the bottom of the swing. In the absence of frictional forces, the pendulum’s kinetic energy will be equal to its potential energy at the bottom of the…

Meshing of knuckle joint Figure 8.1 meshing of knuckle joint 8.2 Constraints applied on knuckle joint for analysis Figure 8.2 constraints applied on knuckle joint CONCLUSION After studying knuckle joint used in tractor-trailer then after making design and analysis of knuckle joint for stresses and deflection the following conclusions can be drawn: From the above results and discussion, Knuckle joint was design for 52860 N axial load by theoretical calculation. From theoretical…

Harold Sandoval, 08 Apr 17, article review assignment, hasa03953, BBS 100 Wk. 7 The assigned reading material for this week of the course is authored by Nathan Foster, and titled "The effects of Meplat on terminal ballistics". The article appeared on ballisticstudies.com (http://www.ballisticstudies.com/Knowledgebase/The+Effects+Of+The+Meplat+On+Terminal+Ballistics.html) Mr. Foster opened his article by providing a little backdrop on the word "meplat". It is French in origin, and means…

Lab 6: Energy The intent of this lab is to show the relationships of energy to a system. For this experiment, we had a spring attached to a car, which was attached to a string that went through a rotary sensor and had a weight attached at the end. By stretching the spring, and causing the weight to drop nearer to the ground and bounce up we were able to determine: the angle of the string and rotations; the car position; height of the weight bouncing up and down; velocity; the stretch of the…

To conclude my hypothesis was completely wrong and the fastest pipe was the small plastic pipe, which I predicted would be the slowest pipe. The average time the plastic pipe took to roll down the ramp was 0.86 seconds. The time was 0.01 seconds faster than the pipe that finished second, which was the steel pipe. The small plastic pipe had the smallest inertia, which was 0.000003 and finished first. Also the small plastic pipe had the smallest rotational and kinetic energy compared to the rest…

was killed, Romero decided that there should no longer be a separate church for the rich and the poor, and he worked to make one mass for everyone. He continues this idea further in the movie when he…

In general, the experiment succeeded in demonstrating free-fall by dropping a tennis ball. Distance and time were documented to calculate velocity and acceleration, the quantities involved in linear kinematics. Graph 1 (distance vs. time) suggests a commonsensical relation - longer distance yields longer time. The only exception is at 1.0 m, where its time value (0.42 s) is less than that of a shorter distance (0.5s for 0.5 m distance). Average time was used to construct the graph, and there…

Conclusion At first, my hypothesis was that P-waves would move faster than S-waves. I thought this because P-waves went straight and S-waves where lobbed to the side. My hypothesis was correct, since P-waves had a more focused channel of energy unlike S-waves, which bended to the side. This causes S-waves to go slower and P-waves to go faster. When the experiment was done, P-waves averaged at .64 seconds and S-waves averaged at .68 seconds. On the P-wave experiment, I pulled the spring back…