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What is the force on an object that is pulled with 80 newtons to the right and 80 newtons to the left?
Take the sum of the forces on the object on the horizontal plane(x-direction) with the positive direction being to the right. The 80 newtons to the right is +80N and the 80 newtons acting to the left is -80N. Add them up, so 80N - 80N = 0 N. The total force acting on the object is 0.
What is the mass of an object that weighs 80 newtons?
The mass of an object that weighs 80 newtons would depend on the acceleration due to gravity. Assuming a standard value of 9.8 m/s^2 for gravity on Earth, the mass would be approximately 8.16 kilograms (80 newtons divided by 9.8 m/s^2).
How much does 80 kg weight?
On earth it is 784 newtons or 176 lbs.
If an object weighs 80 kilogram on earth what will the mass weigh on another planet?
Mass measured in kilograms is always the same. True weight however is a force measured in Newtons not kg and this is the effect gravity has on a mass.
What is a object equal to the weight of 80 grams?
Well, darling, an object equal to the weight of 80 grams would be... drumroll... an object that weighs 80 grams! It's as simple as that, honey. Just plop 80 grams of anything on a scale, and voilà, you've got yourself an object that weighs 80 grams.
What is the weight on earth with a mass of 80 kg?
It is equal to 36.28 kilograms approximately. Kilogram is the metric unit and pound is the imperial unit for mass. 1 Kilogram is 2.204 pounds. So we multiply pound by 0.4535 to get the equivalent kilograms.
What is the difference btween mass and weight?
Mass is a measure of substance. Weight is a measure of force. Units of mass include kg (kilogram), lbs (pounds). Units of weight are N (newton). If your mass is 80 kg, your weight is 80 X 9.8 N. 9.8 is the force of gravity on the surface of the earth. The further away from the surface you move, the smaller this value will become. If your mass is 80kg on earth, it will be 80kg regardless of where you are. Your weight will however reduce as you move further away from earth.
What is 80g in newton?
To convert grams (g) to Newtons (N), you need to use the formula: 1 Newton (N) = 1,000 grams (g) So, to convert 80 grams to Newtons: 80 grams * (1 Newton / 1,000 grams) = 0.08 Newtons Therefore, 80 grams is equal to 0.08 Newtons.
What is the mass of an object that weighs 80N?
On Earth, 80 N is the weight of 8.16 kilograms or 18 poundmass of mass, whereas 80 stone is the weight of 508 kilograms or 34.8 slugs of mass. Nobody on my staff has any idea what "80 N stone" means.
Weight can be described as what?
Weight is a force acting on a smaller mass due to a gravitational interaction with a larger mass. The weight of an 80 kg human on a 5.974*10^24 kg planet with a radius of 6378 km (this is earth) is equal to 784 Newtons (or 176 lbs).
A object of mass 80kg slides down a vertical pole with an acceleration of 4 meters per second What is the friction force that acts on the object?
Assuming the object is within the Earth's gravitational field and assuming the gravitational field of the Earth during the object's acceleration is constant at 9.81 N Kg-1. The force that the object should be experiencing is a product of the object's mass an velocity thus the force it should be experiencing is 80 multiplied by 9.81. However, the object has a acceleration of 4. Thus, the resultant force it has now is 80 multiplied by 4. Using algebra, 80*9.81 minus 80*4 ca be simplified to 80(9.81-4) which equals 80 multiplied by 5.81. The magnitude of the fictional force is 80 multiplied by 5.81 which is 464.8 Newtons.
How do the resistance and the weight of a falling object compare when terminal speed is reached?
Air resistance doesn't change with weight. It changes with speed and shape. More speed, more air resistance. If the shape has a lot of surface are to drag the air, it is more resistant, but this factor does not change with weight or speed. This is why terminal velocity is possible. As the object falls, its speed increases, so its resistance increases also, because resistance depends directly on speed. But as this resistance is increasing, the gravity is staying the same. So, eventually, resistance catches up with gravity and cancels it out, causing an end to acceleration, or constant speed.
