Kinematics: Simple Machine and Prime Mover

In this series of experiments, we examined the back and forth motion. We analyzed the motion of five objects which included a mass attached at the end of a spring, a swinging pendulum, a ball thrown up in the air, a jumping student, and a cart rolling up and down an incline. Using the motion detector and a computer we were able to come up with graphs of position VS time and Velocity VS time from which it was possible to tell where the velocity or the acceleration were maximum, and whether they were changing or not. Besides that, the graphs also helped to notice objects that exhibited a similar type of motion.

I was assisting Mrs x who was not too well but Mrs x was fully mobile and only required assistance of one staff while walking Mrs x to the lavatory she felt dizzy and was about to fall I grabbed hold of her at once I shouted for more help.

Kinesics is the first type of nonverbal communication mentioned in the chapter. It deals with the messages leaked through our body. Body orientation and posture, for example, may complement or oppose our words. Therefore,

motion. As the saying goes, “planes, trains, and automobiles” have always sparked my imagination, and from an early age, I have always wanted to work with them. Despite my lengthy medical history and learning disabilities, I have striven for the day when I get to do hands on mechanical work as a career. With the help of this scholarship, I will be one step closer to making that vision a reality, and one step closer to developing a vehicle of my own design inspired by these magnificent machines.

The transmission of a car always translated the power sent from the engine to the wheels. The widely popular automatic transmission sets our daily drivers far apart from a white-knuckle manual racecar. An automatic transmission shifts gears without any direct input from the driver, rather it is programmed based on gear ratios. It selects the gear whose ratio will provide the most torque to the wheels for the amount of gas being given to the engine from the driver. A manual transmission lets the driver select the gear of the car with the use of a clutch. Race car drivers prefer a manual transmission because they are often reported to make the driver feel more “in tune” with the car. However, by today’s standards, the manual process

A device that computes, especially a programmable electronic machine that performs high-speed mathematical or logical operations or that assembles, stores, correlates, or otherwise processes information is known to be a computer.

Most cars include automatic transmissions, with the gears shifting systematically. Other vehicles have a manual transmission, requiring drivers to control the shift points with a clutch, a stick shift, and the accelerator pedal. A manual transmission provides drivers with a more engaged driving adventure, something you can learn as you follow our tips for driving with a stick.

Kinesics talks about body location or position. Kinetics also refers to and body motions and gestures.

During the 4-month semester for Level 3 Drivetrains we reviewed in detail the operations for Torque converters, Planetary gears, Inputs and Outputs for Allison World Transmissions, and Power flow for Allison 1000/2000 series transmissions. In this essay, I will be revising and explaining how these systems work and what operations they serve.

Have you ever seen a car A car is a vehicle moving on wheels made to run on streets for transporting passengers. Its something that we see and use daily, is so essential that it has become part of our lives. The cars you see nowadays are really modern comparing the first car made 100 years agom and as you know, the design were different. It will be show how the cars have changed through the years. Henry Ford, the founder of Ford Motor Company, did the idea of assembly line production to the process that a low-priced and dependable vehicle became more available. In 1896, he made his first vehicle with a motor Quadricycle and realized his first dynamic

The largely automatic six-gear transmission system of the vehicle is also set for a continued manual option choice.

Flywheel – The flywheel creates a rotating mass with a large moment of inertia connected to the crankshaft. The main purpose of the flywheel is to store the energy and supply a large angular momentum that keeps the engine rotating between the power strokes, and also smoothing out the engine operation. [1]

The objective of this project was to construct a rubber band-powered car. This process had two aspects: the assembly of the car and the analysis of the car. With trial and error, the car was assembled successfully. Throughout the project, my partner and I used our knowledge of one-dimensional kinematics. Completing the project with another person utilized both our collaboration and communication skills. During the analysis process, we assessed the velocity and acceleration of the car. The rubber band-powered car had to meet a set of specifications. The car needed to possess three wheels, travel at least three meters in a straight line, have constant acceleration, move dependably and easily, and look professional. Over the course of this project, my understanding of one-dimensional kinematics increased by the hands-on creation of a rubber band-powered car.

Mechanical engineering is a part of engineering that involves the design, installation, manufacturing, and maintenance of machines. Mechanical engineers study physics to create new and advanced machines that will be helpful for us. Some examples of the machines that mechanical engineers work on are electric generators, steam turbines, industrial production equipment, and machine tools. Many devices of mechanical engineering increase noise and pollution so

The science behind mechanics can be broken up into two distinct fields of study, kinematics as the first and dynamics the second. The realm of mathematical mechanics while well established in modern times went through several important stages in history before arriving at its current definition. The modern definition of mechanics encompasses both kinematics, the mathematics of motion apart from consideration of mass and force, and dynamics, which deals with forces and their relation to motion. However, it wasn’t until the late Middle Ages that this fundamental distinction first arose to study kinematic problems distinct from any other larger goal or objective. Following this