since it is balanced the net moment about the pivot is zero. The meter stick center of gravity mass is at the 50 cm point, or 25 cm to the right of the pivot. 150 x 25 = mass of stick x 25 ; so mass is also 150 grams
The meter stick was invented in 1795 during the French Revolution as part of the metric system. It was created as a standard unit of length equal to one meter, which was defined as one ten-millionth of the distance from the North Pole to the Equator.
The stick will rotate clockwise due to the applied force. The rotation will be determined by the torque exerted by the force, which depends on the magnitude of the force and the distance from the point of rotation. The rotational motion is described by the principles of torque and angular momentum.
Length: meter Volume: cubic meter Mass: kilogram
kill it then take it to your house to eat it but first mesure it with a ruler or a meter stick, which evr one you have.
The answer will depend on the material of the metre stick. Some are wood but there are also plastic or metal ones.
Jane's mass in grams: 50,000 grams Jane's mass in hectograms: 5 hectograms
2.2 hectograms.
The mass of a wooden stick can vary depending on its size and density. On average, a small wooden stick may weigh a few grams, while a larger one could weigh several ounces.
Mass.
You can measure mass.
since it is balanced the net moment about the pivot is zero. The meter stick center of gravity mass is at the 50 cm point, or 25 cm to the right of the pivot. 150 x 25 = mass of stick x 25 ; so mass is also 150 grams
At 500 mm, halfway through the width of the stick.
meter stick
No, inches and hectograms are not the same. Inches are a unit of measurement for length or distance, while hectograms are a unit of measurement for mass or weight. Inches are commonly used in the imperial system, while hectograms are part of the metric system.
its mass increases as per Einstein's relativistic variation in mass...
The center of gravity of the meter stick depends on the distribution of its mass. If the mass is unevenly distributed along the meter stick, the center of gravity may not coincide exactly with the 0.50-m mark. It can be calculated by considering the mass and position of each segment along the stick.