40 curriculum By Sunit Mhasade (Roll no: - 105) Parasram Parihar (Roll no: - 72) Sapanjit Mohanty (Roll no: - 88) Sudhir Kumar (Roll no: - 101) Ramchandra (Roll no:- 83) 2ND August 2010 Page 2 of 25 INDEX 1. INTRODUCTION 2. FORCES ACTING ON CRANKSHAFT 3. MATERIAL SELECTION 4. DESIGN PROCEDURE OF CRANKSHAFT 4.1 DESIGN PARAMETERS ASSUMED 4.2 CHEMICAL COMPOSITION 4.3 DESIGN PROCEDURE 4.4 BALANCING OF CRANKSHAFT 5. CRANKSHAFT DRAWING 6
Words: 5199 - Pages: 21
will have same change in momentum. The momentum of the system is conserved, both experience same force and same change in time. So same impulse. 3. Crumple zone are designed to absorb kinetic energy of impact by deformation in the accident. If two cars collide and crumple up then the damage to the passengers would be minimized. How ever if they collide and bounce off each other then the impact force will transfer to the passengers and the internal body of the car and do more damage. 4. According
Words: 303 - Pages: 2
Rollercoasters are driven by different forces of gravity, inertia and centripetal. The physics used in a rollercoaster also involves friction, work, air resistance, and energy. It usually begins with a mechanical device i.e. motor and chain; they exert a force on the roller coaster car train to lift them to the top of the hill. From this point, gravity starts operating, and the duration of the ride undergo energy transformation. Pulling the rollercoasters uphill uses energy, this energy does not
Words: 480 - Pages: 2
positive x direction experiences a magnetic force in the positive z direction. If Bx = 0, what is the direction of the magnetic field? (negative y direction) 2. A 2.0-C charge moves with a velocity of ( ) m/s and experiences a magnetic force of ( ) N. The x component of the magnetic field is equal to zero. Determine the y component of the magnetic field. (+3.0 T) 3. A 2.0-C charge moves with a velocity of ( ) m/s and experiences a magnetic force of ( ) N. The x component of the magnetic field
Words: 469 - Pages: 2
Fall 2015: Industry Analysis in Emerging Markets Your role in this analysis is to work with your team and to look at emerging technologies. From autonomous drones to emergent AI to 3D printers, you are going to research and get a better understanding of our fast-approaching technological future. Scientific American compiled the Top 10 List of Emerging Technologies for 2015. You can start here, but you are not limited to these technologies. You must choose an emerging industry, and will analyze
Words: 430 - Pages: 2
1) What is competition like in the premium chocolate industry? Which of the five competitive forces is strongest? Which is weakest? What competitive forces seem to have the greatest effect on industry attractiveness and the potential profitability of new entrants? In the industry there is great pressure on the overall performance because there is increasing competition from rivals and threats of new competitors, we can say that the premium chocolate industry is having an intense competition with
Words: 434 - Pages: 2
Static concerns itself on how rigid bodies perform its function while forces and force systems are acting on it. 2. What is a rigid body? Why is this an important assumption in Statics? A rigid body is a solid body that can be parts of a structure or machine that are perfectly rigid and do not deform, even under large forces. This is important because Statics deal primarily with the calculation of external forces which act on rigid bodies in equilibrium. 3. Describe 3 real world
Words: 499 - Pages: 2
rise another 20 percent between 2009 and 2014. This makes it appear that the industry’s prospects for growth and profits are great for the future. 2. How strong are the competitive forces confronting Sift and other specialty bakers? Which one of the five competitive forces is the strongest? Prepare a five-forces analysis to support your answer. There are significant competitors in their marketplace when looking at numbers given by Yelp. However, they feel as if they only have one main competitor
Words: 1021 - Pages: 5
acceleration equation for both masses is Fnet = mg, this is due to the fact that both masses are at a certain height above the ground. Since g is a constant of 9.8m/s2 [down] and m is the same for both masses, the Fnet for both masses is equivalent. The forces of each mass pushing down cancel out each other, resulting in zero acceleration (zero motion). 2. a. Acceleration would increase, this would be due to the fact that there is now a difference in the value of m in the Fnet = mg equation
Words: 318 - Pages: 2
INTRODUCTION Stress and how it affects people at work has become the subject of large interest. A lot of evidence suggests that the stress associated with work is often the main cause of heart disease, stomach ulcers, migraines and mental disorders. They have very important consequences for organisational behavior of employees, their personal and family life. FINDINGS 2.1 STRESSORS Stress is a word, which is used in almost every day. Most often we use it to describe the cause of discomfort
Words: 1325 - Pages: 6
