Power - needed to push the car through the air and overcome friction and the vehicle's mass.
Drag/Friction - everything from the air, driveline components, and tires create friction. A vehicle's shape is vital - a sleek sportscare with a low drag coefficient will slip through the air better than a refrigerator shaped SUV, and use less power to do so. Drag increases with the square of speed, so eventually more power will be required to move through the air (this is one of the reasons why fuel economy goes out the window when you speed).
Mass/weight - the heavier the vehicle, the more power is needed to move it from a standstill or uphill.
Gearing - shorter gear ratios will increase acceleration at the cost of top end speed. Taller ratios will have slower acceleration but a higher top end speed.
The object's mass and speed.
The cross sectional area of a car is dependent on its height. As the area changes the drag on the car, it is likely that increasing the height of a car will also reduce its top speed. There are many other factors that affect a car's maximum speed so a change in height may not always result in a change in top speed.
Its aerodynamics and weight play major roles, but not the only factors.
Speed, reaction time, car's mass, tires, mechanical condition & type of brakes.
At high speeds, there is more kinetic energy involved - more energy that will be converted to other forms of energy. This includes breaking a car, or body parts of people involved.
There are a number of factors that may be involved in the production of a car. The actually creating a car is a factor inside of itself.
Aerodynamics, weight of the car, horsepower of the engine, are all factors in the speed the car can travel.
The object's mass and speed.
The speed of a car are affected by following factors: 1. Road conditions (Like: slippery road, steep, curves) 2. Air resistance 3. Driving conditions 4. Aerodynamics
Aerodynamics, horse power, gear ratio,
The 'top speed' of a car generally refers to the maximum speed (in either miles per hour of kilometers per hour) that a car can achieve based upon the manufacturer's original design specifications. Any car's top speed is limited by a number of factors, including electronic limiters, aerodynamic forces acting on the car and tire speed ratings. The top speed of a car can be increased or decreased by altering any or all of these factors. It is critically important that the tire speed rating is matched to the actual top speed of the vehicle to prevent 'blow outs' at high speeds.
The 'top speed' of a car generally refers to the maximum speed (in either miles per hour of kilometers per hour) that a car can achieve based upon the manufacturer's original design specifications. Any car's top speed is limited by a number of factors, including electronic limiters, aerodynamic forces acting on the car and tire speed ratings. The top speed of a car can be increased or decreased by altering any or all of these factors. It is critically important that the tire speed rating is matched to the actual top speed of the vehicle to prevent 'blow outs' at high speeds.
smooth paved surfaces
tacos in the way, buritos, and falcons
The cross sectional area of a car is dependent on its height. As the area changes the drag on the car, it is likely that increasing the height of a car will also reduce its top speed. There are many other factors that affect a car's maximum speed so a change in height may not always result in a change in top speed.
Physics determines the basis of motion, friction, speed and other factors that lead into snowboarding. This is the easy answer.
Whether or not the brake and/or gas pedals are pressed, how far they are pressed, & for how long.