Table of Contents
- 1 What is the acceleration of an object with a force of 10 N and a mass of 5 kg?
- 2 What will be the weight of a body of mass 10kg at a place where acceleration due to gravity is zero *?
- 3 How much does a 10 kg object weigh on earth?
- 4 What is meant by 10N force?
- 5 What is the weight of a 10 kg object on earth?
- 6 What is the velocity of the force acting on 20 kg?
- 7 How do you calculate the force required to accelerate an 8kg object?
What is the acceleration of an object with a force of 10 N and a mass of 5 kg?
F = ma (magnitude-wise) so if the force applied on the body is 10N, 10 N = 5 kg × a m/s², ‘a’ being the acceleration of the body, a = F/m = 10÷5 = 2 m/s².
What is the acceleration of a 2kg object when a 10N net force acts on it?
Force (10N) is equal to mass (2kg) times acceleration. A Newton (N) can also be described in si units by (kg*m)/s^2 so when you divide by kg you are left with m/s^2 (meters/seconds^2,) which is an acceleration. Simply divide 10 by 2 to get 5 and the answer is 5 meters per second squared.
What will be the weight of a body of mass 10kg at a place where acceleration due to gravity is zero *?
Here, at the surface of earth, W=10kgwt. ∴ Mass of body=10kg. At the centre of earth, mass, m=10kg, as it remains unaffected. since g=0, therefore, w=mg=10×0=zero.
What is the force acting on an object of mass 10 kg moving with a uniform velocity of 10 ms?
As we know, F=mass of body×acceleration of body by Newton’s second law of motion. Therefore, force is zero.
How much does a 10 kg object weigh on earth?
Kilogram is a measure of mass, not force. An item with 10kg of mass would weight about 98.1 newtons on the surface of the earth. It would weight 0 newtons at the center of the earth.
What is acceleration if 10 Newton force is applied on a body of mass 5 kg find the acceleration of the body?
Answer : 2 m/s²
What is meant by 10N force?
Weight is the force exerted by gravity and is measured in Newtons (N). On Earth, an object with a mass of 1kg will experience a force of 10N due to gravity, i.e. the weight of a 1kg mass is 10N. The ratio of weight-to-mass is given the symbol g.
What is the acceleration produced by force of 10 N exerted on an object of mass 2.5 kg?
2. 5 ms−2.
What is the weight of a 10 kg object on earth?
about 98.1 newtons
Kilogram is a measure of mass, not force. An item with 10kg of mass would weight about 98.1 newtons on the surface of the earth. It would weight 0 newtons at the center of the earth.
What is the mass and weight of a 10 kg object on the moon?
16.33 N
Answer: Weight of a 10-kg object on moon is 16.33 N. Answer: Weight of a 10-kg object on moon is 16.33 N.
What is the velocity of the force acting on 20 kg?
Certain force acting on 20 kg mass changes its velocity from 5 m/s to 2 m/s. Calculate the work done by the force Work is said to be done when a force applied to an object moves that object. Work done is generally referred to in relation to the force applied while energy is used in reference to other factors such as heat.
What is the work done by a 10 kg force?
A certain force acts on a body of mass 10 kg and changes its velocity from 2 metre per second to 5 metre per second. What is the work done by the force? How this 19-year-old earns an extra $3600 per week. His friends were in awe when they saw how much money he was making. To find Work done, W =?
How do you calculate the force required to accelerate an 8kg object?
To illustrate, let’s first walk through an example in the metric system, where we’re calculating the force required to accelerate an 8 kg object at 10 m/s2. According to the “F = m a” formula, that force is: F = m a F = (8 kg) (10 m/s2) F = 80 kg m/s2
What is the formula for force mass acceleration and mass?
About This Calculator. This force, mass, and acceleration calculator is based on one of the most fundamental formulas in physics, namely: F = m a. where. F = Force. m = Mass. a = Acceleration. This formula allows you to calculate the force acting upon an object if you know the mass of the object and its rate of acceleration.