Yes, but of course it will require math. cm is centimeters, a form of measurement and a brick is a rectangular prism. So then, when you measure the dimensions of a brick, you do Volume=(length)x(width)x(height) and that's how you find the volume of a brick using cm.
It is: 400/20*5 = 4 cm
No pyramid can have a volume of 3600 cm since that is a measure of distance: volume is measured in cubic units.No pyramid can have a volume of 3600 cm since that is a measure of distance: volume is measured in cubic units.No pyramid can have a volume of 3600 cm since that is a measure of distance: volume is measured in cubic units.No pyramid can have a volume of 3600 cm since that is a measure of distance: volume is measured in cubic units.
To find the space occupied by one brick, calculate its volume using the formula: Volume = length × width × height. For one brick, the volume is 20.5 cm × 10 cm × 5.5 cm = 1127.5 cm³. Therefore, the space occupied by 1000 bricks is 1000 × 1127.5 cm³ = 1,127,500 cm³.
Volume is measured in cm^3, not cm! The density is 14.375 grams per cm^3.
Nothing can have a volume of 500 cm. Volume cannot be measured in cm, which is a measure of length - in 1D space, not volume in 3D space.
It is: 400/20*5 = 4 cm
No pyramid can have a volume of 3600 cm since that is a measure of distance: volume is measured in cubic units.No pyramid can have a volume of 3600 cm since that is a measure of distance: volume is measured in cubic units.No pyramid can have a volume of 3600 cm since that is a measure of distance: volume is measured in cubic units.No pyramid can have a volume of 3600 cm since that is a measure of distance: volume is measured in cubic units.
4cm in width
To find the space occupied by one brick, calculate its volume using the formula: Volume = length × width × height. For one brick, the volume is 20.5 cm × 10 cm × 5.5 cm = 1127.5 cm³. Therefore, the space occupied by 1000 bricks is 1000 × 1127.5 cm³ = 1,127,500 cm³.
Volume cannot be measured in cm: cm is a measure of length in 1 dimensional space, not of volume in 3 dimensional space.
There can be no possible answer to this question. Volume cannot be measured in g. Mass cannot be measured in cm - nor can volume.
600 cubic cm
Volume is measured in cm^3, not cm! The density is 14.375 grams per cm^3.
Nothing can have a volume of 500 cm. Volume cannot be measured in cm, which is a measure of length - in 1D space, not volume in 3D space.
Volume is typically measured in cubic units (such as cubic centimeters), not cm. To calculate volume given mass and density, you can use the formula: volume = mass / density. Make sure the units of mass and density are compatible for the calculation.
NO!!! It is NOT a measure of area. 'Cubic cm' is a measure of volume. Cm (Centimetres) = length( of a line) cm^(2) (Centimetres squared) = area cm^(3) ( centimetres cubed) = volume This last unit can be variously written as ' c.c.' , 'mL'. 'cm^(3)'. They all represent the same volume. e.g. 10 c.c. = 10 mL = 10 cm^(3) . It is never written as 'Cubic cm'.
The volume of a sphere with a radius of 80.0cm is about 2,144,661cm3