You are interested in its travel in the horizontal. The car experiences no acceleration horizontally.antphany said:A 500kg car drives off a cliff at 50km/h how far would it land from the base of the cliff if it was in the air for 10 seconds
Homework Equations
F=ma
F=mg
d=1/d at^2
NewtonianAlch said:You're looking for an answer in metres, how far something is, is distance.
So the answer can't be 9 seconds. You already have how long it was in the air.
This is an entirely different question, now. Your question has become: how long does it take something to fall 400 m, starting from rest.antphany said:A 500kg car drives of a 400m cliff located on the surface of the Earth how long does it take to hit the ground
The main factors that affect the time it takes for a car to hit the ground from a cliff are the initial velocity of the car, the height of the cliff, and the effects of air resistance. Other factors such as the mass and shape of the car may also play a role.
Air resistance, also known as drag, is a force that opposes the motion of an object through air. As the car falls from the cliff, it experiences an increasing amount of air resistance which slows it down and ultimately affects the time it takes to reach the ground. The larger the surface area and shape of the car, the greater the air resistance and the longer it will take to hit the ground.
Yes, the time it takes for a car to hit the ground from a cliff can be calculated using the formula t = sqrt((2h)/g), where t is the time in seconds, h is the height of the cliff in meters, and g is the acceleration due to gravity (9.8 m/s^2). However, this calculation assumes no air resistance and only gives an estimate of the time.
The shape of the cliff can affect the time it takes for a car to hit the ground in two ways. First, if the cliff has a slope, the car will travel a longer distance horizontally before reaching the ground, resulting in a longer time. Second, if the cliff has a concave shape, it may cause the car to accelerate or decelerate differently, affecting the time it takes to reach the ground.
Yes, the time it takes for a car to hit the ground from a cliff can be reduced by increasing the initial velocity of the car. This can be achieved by driving the car off the cliff at a higher speed. However, this also means the car will have a greater impact when it reaches the ground, potentially causing more damage.