Yes an aerodynamic shaped car (Think racing cars) will go faster than one shaped like a box. This is because air flowing around the car induces drag, which consumes energy, slowing the car down. An aerodymamic shape is one that reduces drag.
Due to streamlined shape, flow of the air around vehicle remains streamline and does not turn turbulent at high speed of vechile. This turn turbulent at high speed of vehicle. This helps in smooth running of vehicle.
Due to streamlined shape, flow of the air around vehicle remains streamline and does not turn turbulent at high speed of vechile. This turn turbulent at high speed of vehicle. This helps in smooth running of vehicle.
Designing a vehicle with an aerodynamic shape can improve fuel efficiency by reducing drag, increase speed and performance, and enhance stability and handling on the road.
like any vehicle it is shapped to decrease drap and increase speed
A laser speed gun emits a pulse of light towards a moving vehicle. By measuring the time it takes for the light to hit the vehicle and bounce back, the speed gun can calculate the speed of the car based on the change in distance over time.
on the transmission drivers side towards the rear
The Vehicle Speed Sensor (VSS) is located on the transaxle / transmission at the speedometer cable connection. This is on the vehicle's left towards the firewall. Looking down just in front of the brake master, on the right of the battery, it should be visible.
When a car accelerates, factors like engine power, weight of the car, and road conditions contribute to the increase in speed. The acceleration process affects the overall performance of the vehicle by improving its ability to reach higher speeds quickly and efficiently, enhancing its responsiveness and agility on the road.
We get the speed by aero dynamics by if the vehicle or vessel is "Streamlined" or its shape lets air pass down it quickly e.g an aero plane has a a curved nose just to let the air pass quickly instead of a block shape to block out the air!!
A vehicle's center of gravity can change during different driving conditions based on factors like speed, acceleration, braking, and turning. For example, when a vehicle accelerates, the center of gravity shifts towards the rear, and when braking, it shifts towards the front. During sharp turns, the center of gravity shifts towards the side of the turn. These changes in the center of gravity can affect the stability and handling of the vehicle.
The speedometer on a vehicle shows the instantaneous speed, which is the speed of the vehicle at any given moment. It does not display the average speed over a period of time.
on the drivers side of the transmission towards the back just past the neutarl safety switch. it may or may not be electronic. if its not the speed cable is going into it.