On the earth, any mass of 5 kg weighs 49 newtons(11 pounds).On the moon, the same mass weighs 8 newtons (1.8 pounds).
to get weight multiply by acceleration of gravity which is 9.81 m/s/s. 5 x 9.81 = 49.05 kgm/s/s = 49.05 Newtons
The Earth weight of a particular substance in newtons is the product of its mass (in kg) and 9.8 meters per second per second, following this conclusion we shall get the mass of a substance if we divide its weight by 9.8 . Therefore applying this theory the mass of the book must or would be 0.51 kg.
On earth, 5 kg of mass weighs 49 newtons (11 pounds) at sea level. Less as rises above or sinks below the surface.
Since kilograms is a measure of mass and weight is a force, we need to use the relation F=MA to determine the amount of weight exerted by 5 kg of mass. On Earth, gravitational accleration is roughly constant because most points on the surface are about the same distance from the Earth's center of gravity (The earth is a sphere). This acceleration is approximately 9.8 m/s². Multiplying mass (5 kg) and acceleration (9.8 m/s²), we get 9.8*5=49, and our units are kg*m/s², also known as Newtons (N), which is the metric unit of weight. Answer: 49 N
On the earth, any mass of 5 kg weighs 49 newtons(11 pounds).On the moon, the same mass weighs 8 newtons (1.8 pounds).
What is the mass of a rock that weighs 49 newtons
to get weight multiply by acceleration of gravity which is 9.81 m/s/s. 5 x 9.81 = 49.05 kgm/s/s = 49.05 Newtons
It weighs 49.3728 newtons. Trust me I got it right on my test.
The Earth weight of a particular substance in newtons is the product of its mass (in kg) and 9.8 meters per second per second, following this conclusion we shall get the mass of a substance if we divide its weight by 9.8 . Therefore applying this theory the mass of the book must or would be 0.51 kg.
On earth, 5 kg of mass weighs 49 newtons (11 pounds) at sea level. Less as rises above or sinks below the surface.
the two quantities are different - 5kg indicates the mass of the object, ie how much stuff it contains, a newton is a force, in this case a weight (a force produced by gravity, the mutual attraction of two objects with mass). The weight produced by 5kg depends on g, which is a function of how massive the other object is and how far away you are from its center. Assuming you mean 'how many newtons is 5kg on the surface of earth', g is about 9.81. To get the weight (in newtons) from the mass (in kg) all you do is multiply by g - so 5kg by 9.81 roughly equals 49 newtons. The apparent weight may be less than this. If you only want a rough estimate, then if we approximate the g from 9.81 to 10, then the force (in Newtons) is almost equal to the mass (in kg) multiplied by 10. Therefore 5kg is almost 50N (but actually less than 50). It is not accurate but it gives you an idea of the magnitude.
The mass of an object can be determined using the formula: mass = weight รท gravitational acceleration. Assuming the gravitational acceleration is 9.81 m/s^2, the mass of an object that weighs 5 newtons would be approximately 0.51 kg (5 รท 9.81 โ 0.51).
The mass of the rock is approximately 5 kg, assuming the acceleration due to gravity is approximately 9.8 m/s^2. This can be calculated using the formula: Mass = Weight/Gravity.
To convert kilograms to newtons, you can use the formula: force (in newtons) = mass (in kilograms) x acceleration due to gravity (approximately 9.81 m/s^2). So, multiply the mass in kilograms by 9.81 to get the force in newtons.
When Using Newtons Laws you get: F=m*a=5 kg*25 m/s2=125 N
Since kilograms is a measure of mass and weight is a force, we need to use the relation F=MA to determine the amount of weight exerted by 5 kg of mass. On Earth, gravitational accleration is roughly constant because most points on the surface are about the same distance from the Earth's center of gravity (The earth is a sphere). This acceleration is approximately 9.8 m/s². Multiplying mass (5 kg) and acceleration (9.8 m/s²), we get 9.8*5=49, and our units are kg*m/s², also known as Newtons (N), which is the metric unit of weight. Answer: 49 N