Nifty Lifting Machine Report Questions Use complete sentences to answer the questions. Explain what knowledge was gained when creating the prototype of the nifty lifting machine. Creating the prototype helped with gaining knowledge on the actual machine. By creating a prototype first‚ the group learned that with the actual project the group would need to make a stable and a supported base‚ or nothing would work properly. With the prototype the group learned‚ once the group made the base stronger
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bakkie) - means a motor vehicle designed or adapted for the conveyance of persons and freight with no heavy axle. * Class 2: Medium heavy vehicles - heavy vehicles‚ as defined above‚ with two axles. * Class 3: Large heavy vehicles - heavy vehicles‚ as defined above‚ with three or four axles. * Class 4: Extra large heavy vehicles - heavy vehicles‚ as defined above‚ with five or more axles. ------------------------------------------------- -------------------------------------------------
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the rear-end test‚ it was determined to be below normal standards for cars of that size. For cars of this size‚ the standard was to place the fuel tank above the rear axle. However‚ Ford felt placing the gas tank above the rear axle didn’t leave enough trunk space. Therefore‚ the fuel tank on the Pinto was placed behind the rear axle‚ close to the back bumper. The design was such that if the car was impacted from the rear at 20 miles per hour or greater‚ a bolt would puncture the tank and possibly
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ME 1353-AUTOMOBILE ENGINEERING KINGS COLLEGE OF ENGINEERING DEPARTMENT OF MECHANICAL ENGINEERING QUESTION BANK Subject Name: AT1360- AUTOMOBILE ENGINEERING UNIT-I VEHICLE STRUCTURE AND ENGINES PART A (2 MARKS) 1. State major types of automobiles according to the fuel used. 2. List any four components of a chassis. 3. Mention any two requirement of an automobile. 4. List any four characteristics of a good chassis. 5. Give any two requirement of good frame. 6. Define cross wind force. 7. State
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Basically the mousetrap cars work by winding a string around the axle‚ the mouse trap’s spring is stretched which stores all of your energy. When you release it your car will hopefully move. I want to focus on how far it goes so I will be using some different materials. There are multiple ways to get your mousetrap car to go a further distance. First you would need to make sure your back wheels are bigger since they are more important because it helps the car impulse farther. You should also try
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technologies. It was Duncan who came up with the idea of slip string‚ consisting of a sliding loop around the axle instead of a knot. The loop allowed the yo-yo to go to ‘sleep’2 which will be discussed later on in the report. Before and after design of a yo-yo.3 A yoyo works by converting potential energy into different kinds of energy as it falls down. When the string is tightly wound around the axle and the yoyo rests in the person’s palm‚ the yoyo has a lot of potential energy. The potential energy
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SIX MONTHS INDUSTRIAL TRAINING TRAINING REPORT UNDERTAKEN AT NEW HOLLAND FIAT INDIA PRIVATE LIMITED IN TRACTOR ASSEMBLY ON AVERAGE DEFECT PER UNIT CONTROL SUBMITTED IN PARTIAL FULFILLMENT OF THE DEGREE OF BACHELOR OF TECHNOLOGY IN MECHANICAL ENGINEERING Under the Guidance of: Submitted By: Name: Mr. Rahul Gupta Name: Danveer Sharma Designation: Manager College Roll No.: 90351126186 Department: Tractor
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holder‚ the golden gate bridge. To travel across the bridge‚ not only will you need to drive straight for 5939 feet‚ but you will have to pay 3 per axle on your vehicle. For instance‚ 2 axles cost $6‚ 3 axles cost $9‚ 4 axles cost $12‚ 5 axles cost $15‚ and 6 or more cost $18. Then again‚ if you get the Good To Go! Pass‚ it will only cost $5 for 2 axles‚ $7.50 for three‚ so it will only cost you $2.50 if you get the
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Pinto with a design flaw in the placement of the gas tank and a design flaw in the connection of the fuel filler pipe. The Ford Pinto’s gas tank was placed immediately behind the rear axle of the vehicle instead of directly above it. There was only none inches between the gas tank and the axle and with bolts on the axle being in close proximity of the
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The six wheel bogie were attached to a single axle on the rear of the final cart by means of 4 hex head recessed cap screws through a cap plate at a clearance of only a quarter of an inch to the track rail. Due to the poor maintenance of the car – as listed above – when the screws became loose they
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