Volume, shape, and weight are studied in the field of geometry. Geometry is a branch of mathematics that deals with shapes, sizes, and the properties of space. It helps us understand how objects occupy space and interact with each other based on their dimensions.
To calculate weight or mass when diameter and height are given, you first need to calculate the volume of the object using the formula for the volume of the shape (e.g., cylinder, sphere). Once you have found the volume, you can then calculate the weight or mass by multiplying the volume by the density of the material. Weight can be calculated using the formula Weight = mass x gravity.
Weight depends on mass and the acceleration due to gravity, while volume is a measure of the space occupied by an object. The weight of an object may change depending on the mass and the gravitational pull, but the volume of the object remains constant as long as its shape and size do not change.
To calculate the input weight for steel forging, you would first need to determine the volume of the final desired shape or part. You can then calculate the weight of the steel needed based on the density of the specific type of steel you are using and the volume of the final product. The formula to calculate weight is: weight = volume x density.
To find the density of an irregular shape, you will first need to measure its mass using a scale. Next, you will need to find the volume of the shape, which can be done by water displacement method or by using a formula suitable for the shape. Finally, divide the mass by the volume to calculate the density of the irregular shape.
no, volume is how much of space the object occupies, while wight is how much it is drawn downwards due to gravity for example a balloon has a big volume but little weight while a marble has little volume and big weight
There is no connection between weight and shape; a hexagon can be any weight. Studied as a theoretical concept in geometry, they have no weight.
Air.
No. THe weight is set by the volume, not by what vessel it's in.
Density is weight divided by volume. Measure the weight (with a scale), calculate the volume (which is easy to do if the foam is rectangular in shape - you might even want to cut out a rectangular piece, if your foam has an irregular shape), and divide the weight by the volume.
If the object has a regular shape, like a cube or sphere, its volume can be calculated readily from solid geometry. Weight divided by volume gives density. For an irregular shape, one trick for finding volume is to submerge it in a calibrated container of water. The amount of increase in the volume of the water is the volume of the object. * * * * * Mosttly correct but density = mass/volume not weight/volume. Mass is not the same as weight.
You are a liquid. Liquids do not have a definite shape or volume, take the shape of their container, have weight, and cannot be held in the traditional sense.
Density is weight divided by volume. Weight is measured with a scale. Volume can be calculated if an object has a regular shape, using basic geometry, but if it has an irregular shape, it can be calculated using a graduated cylinder.
Definite shape and definite weight.
liquid has no definite shape and a solid has no definite shape or volume
- solids have a shape and a volume- liquids have a volume but not a shape- gases haven't shape or volume (in free form)
To calculate weight or mass when diameter and height are given, you first need to calculate the volume of the object using the formula for the volume of the shape (e.g., cylinder, sphere). Once you have found the volume, you can then calculate the weight or mass by multiplying the volume by the density of the material. Weight can be calculated using the formula Weight = mass x gravity.
Weight depends on mass and the acceleration due to gravity, while volume is a measure of the space occupied by an object. The weight of an object may change depending on the mass and the gravitational pull, but the volume of the object remains constant as long as its shape and size do not change.