2. Steady state handling diagrams are a useful tool to analyse the cornering behaviour of a vehicle. a) Draw a steady state handling diagram for a car which understeers for low lateral acceleration but oversteers for high lateral acceleration. b) On your diagram, indicate where the vehicle behaviour changes from understeer to oversteer and explain possible reasons for this behaviour.

2. Steady state handling diagrams are a useful tool to analyse the cornering behaviour of a vehicle. a) Draw a steady state handling diagram for a car which understeers for low lateral acceleration but oversteers for high lateral acceleration. b) On your diagram, indicate where the vehicle behaviour changes from understeer to oversteer and explain possible reasons for this behaviour.

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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part 3 plz
Design a kinematic machine that includes at least two of the following systems: gears, belts/chains, 4-bar linkages and cams.
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Both the G and M codes used in CNC programming are discussed in depth.
b) Figure Q1b shows a compound gear train with Gear A as the pinion (or driver) with an input Power (Pin) of 600 W at Gear A. If Gear A rotates at 139.70 rpm and engages with Gear B, calculate the angular velocity (w) in rad/s for Gears B, C & D; and the input torque (Tin) in at Gear A and output torque (Tout) at Gear D. The number of teeth (N) for gears A, B, C & D are 62 teeth, 34 teeth, 42 teeth and 22 teeth, respectively. Assume 100% efficiency and no frictional losses; and give your answers to two decimal places. GEAR A GEAR C GEAR B GEAR D
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a) Figure Q3a shows a stage 1 to stage 2 compound gear train through from Gears A, B, C to D. If the input shaft rotates at 1300 revolutions per minute (rpm), calculate the angular velocity (w) in rad/s at the output shaft of the compound gear train. See below for the number of teeth for Gears A, B, C & D. [10 marks] Gear A: 44 Teeth Gear B: 96 Teeth Gear C: 60 Teeth Gear D: 140 Teeth Gear B- -Stage 2 Gear A- Input shaft- Stage 1- Gear C- -Gear D -Intermediate shaft -Output shaft Figure Q3a b) A motor with a power rating of 3600 Watts is coupled to the input shaft of the pinion (or driver) Gear A as shown in Figure Q3a. Calculate the torque at the input shaft and at the output shaft. Assume no losses and 100% efficiency. [5 marks] c) Draw a typical indicator diagram of pressure versus volume (p-v) to illustrate the actual Otto cycle for a four-stroke reciprocating internal combustion [RIC] engine. Clearly label each part of the p-v indicator diagram and clearly indicate when the piston…
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The Pictorial diagram below shows the system of a hydraulic bending machine used in a production line . A - It is required to bend the material ( blank ) in an angular form by using the Pneumatic system shown below. Draw the appropriate schematic symbolic diagram to make your system work at best. Label all your components. B- In a table, list the names of components used in your layout by referring to their label in the layout . C – Make a technical report describing how your system work and why you have selected your specific components.
Which of the following commands will move the tool in a diagonal line at a feed rate of 5 from position (10, 20), assuming absolute programming mode is active? Select one: a. N10G00X10F5 b. N10G01X20Y30F5 c. N10G01X10F5 d. N10G00X20Y30F5