The answer will depend on its dimensions.
the volume bar is at the bottom.
It is the volume(size) of the bar.
Yes it does. It has height, width and length. As you use it, the volume becomes less as the bar becomes smaller.
As the volume of a chocolate bar increases, its density decreases. This is because density is calculated by dividing mass by volume, so with a larger volume and the same mass, the density will be lower. Conversely, as the volume decreases, the density will increase.
400cm
The volume of a bar of soap can vary depending on its size and shape. In general, a standard bar of soap is typically around 4-6 ounces and has a volume of approximately 75-100 cubic centimeters.
The volume of a square hollow bar is calculated by multiplying the length of the bar times the width of the opening times the height of the opening ( inner dimensions ).
Use the formula PV=nRT to find out. P refers to pressure, V to volume, n refers to the number of moles of particle in the space, R is always a constant and T is the temperature. so since we assume that n,R and T stay constant, the volume at 3 bar will be 1/3x so that PV remains at its initial balue: x.
The formula to calculate the weight of a Teflon round bar is weight = volume x density. First, calculate the volume of the round bar using the formula for the volume of a cylinder: volume = π x (radius)^2 x length. Next, multiply the volume by the density of Teflon to find the weight of the round bar.
Type your answer here... i have a tank with 5.18m^3 volume . iwant to know how many liters of air with 8 bar in there?
True. Inertia is a property of matter related to its mass. The iron bar, having more mass than the plastic bar of the same volume, will have greater inertia.
To calculate the volume of the gold bar, we first need the density of gold. The density of gold is approximately 19,320 kg/m^3. Using this value, we can calculate the volume of the gold bar by dividing the mass of the bar (25 kg) by the density of gold. This would give us the volume of the gold bar in cubic meters.