Table of Contents
- 1 What happens to the weight and mass of an object when the object is moved from Earth to Jupiter?
- 2 What makes a passenger in a turning car slide toward the door?
- 3 Which scientist first thought that everything takes the same amount of time to fall?
- 4 When Travelling in a car and turning to the right which way does your body go and why?
- 5 Why does a passenger lean towards the center of the circle when the car goes around a curve?
- 6 What law of motion is pushing a cart?
- 7 What happens when a car hits your car from behind?
- 8 Is the bumper car a real world example?
What happens to the weight and mass of an object when the object is moved from Earth to Jupiter?
What happens to an object if it is moved from Earth to Jupiter? a. Its weight and mass increase. Its mass increases and weight remains the same.
What makes a passenger in a turning car slide toward the door?
Explain what makes a passenger in a turning car slide toward the door of the car. The centrifugal force acting on him pulls him toward the center/toward the door of the car. It will stay in a circular motion until a net force acts upon it.
Which scientist first thought that everything takes the same amount of time to fall?
The remarkable observation that all free falling objects fall with the same acceleration was first proposed by Galileo Galilei nearly 400 years ago. Galileo conducted experiments using a ball on an inclined plane to determine the relationship between the time and distance traveled.
What has more inertia a car or shopping cart Why?
A shopping cart full of groceries has more inertia.
How much does a watermelon weigh on Mars?
Pumpkin | Watermelon | |
---|---|---|
Mass on Earth | 3.06kg | 9.85kg |
Mass on Moon | 3.06kg | 9.85kg |
Mass on Mars | 3.06kg | 9.85kg |
Mass on Jupiter | 3.06kg | 9.85kg |
When Travelling in a car and turning to the right which way does your body go and why?
On the free upper part, there is centrifugal force which is caused by the inertia of the free upper part of your body tending to continue in a straight line as the car makes a turn to the right. Thus, the upper part of your body tends to lean left as the car turns right.
Why does a passenger lean towards the center of the circle when the car goes around a curve?
In each case – the car starting from rest and the moving car braking to a stop – the direction which the passengers lean is opposite the direction of the acceleration. The unbalanced force and the acceleration are both directed towards the center of the circle about which the car is turning.
What law of motion is pushing a cart?
Examples of Newton’s Second Law This means that more force is required to push the full shopping cart. The Law states: “When one object exerts a force on a second object, the second one exerts a force on the first that is equal in magnitude and opposite in direction.”
What are the laws of motion in bumper cars?
Newton’s Laws of Motion. When it comes to bumper cars, Newton’s laws are the driving force behind much of the fun that you have at amusement parks. Newton’s first law, the law of inertia, covers how objects move when they’re in motion.
Can a driver be thrown from a bumper car?
The law of inertia, however, can have a negative effect on drivers who don’t follow basic safety rules and wear seat belts in bumper cars. This is because the body of a driver will keep moving in the way it was initially moving upon impact, which can result in the driver possibly being thrown from a bumper car if they aren’t properly restrained.
What happens when a car hits your car from behind?
When another vehicle hits yours from behind, its momentum shifts to your car — and your body. If one car is sitting still — such as when waiting at a spotlight — or it’s going slower than the car that collided with it, that sudden motion can be traumatic.
Is the bumper car a real world example?
Surprisingly, this incredibly fun electric car ride has its roots in hard science. In some circles, bumper cars are considered a great real-world example of Newton’s Laws of Motion. Thankfully, understanding Newton’s laws is as easy as watching bumper-car drivers crash and burn rubber.