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The length of the edge of a cube is cube root of 6 cm Find the volume of the cube?
In order to find the volume of the cube you multiply length * width * height which is cube root of 6 cm * cube root of 6 cm * cube root of 6 cm = 6 cubic cm
If a singular of dice is a cube 1 cm on each side has a mass of 2 grams will it float?
If u mean in water, no... 1cm cube of water is 1g so a dice 1cm an d is 2g will not float... DENSITY! (I'm still in year 7 XD)
What is the side length of a cube with a volume of 942 cm cube?
It will be the cube root of 942 which is about 9.802803585 cm
A cube has volume 343 cm³?
A 7-cm cube has a volume of 343 cm3
What is the volume of a cube of side 11 cm?
A cube with a side length of 11 cm has a volume of 1331 cubic cm.
What layer would a solid cube with 6-cm sides and a mass of 270 g float?
Volume of cube = 6^3 = 216 cm^3 Density of cube = 270 g / 216 cm^3 = 1.25 g cm^-3 This cube would not float in water as its density is greater than the density of water at 1 g cm^3
What is the relative density plastic cube?
The relative density of a plastic cube is the ratio of the density of the plastic cube to the density of water. To calculate it, you would divide the density of the plastic cube by the density of water (usually 1 g/cm^3). If the relative density is less than 1, the cube will float in water, and if it's greater than 1, the cube will sink.
A block has a mass of 550 g and a volume of 650 cm 3 . What is the block's density, and will it sink or float in freshwater?
A block has a mass of 550 g and a volume of 650 cm 3 . What is the block's density, and will it sink or float in freshwater?
Will tantalum float or sink in water?
Tantalum is a dense metal (density around 16.6 g/cm³), so it will sink in water.
Does platinum float or sink?
This depends what you put it in. If you put platinum in water it will sink. Water has a density of 1 g/mLwhereas platinum has a density of about 21 g/mL. Substances that are more dense than the liquid it is submerged in will sink.
Would a solid cube with 6-cm sides and a mass of 270 g float explain?
H
If an aluminum cube had a mass of 20g and the length of each side was 2 centimeters between what to liquids would it float?
The density of the aluminum cube can be calculated using the formula: density = mass/volume. The volume of the cube can be calculated as the length of one side cubed (2cm x 2cm x 2cm). Once the density of the aluminum cube is determined, it can be compared to the densities of various liquids to determine where it would float. Liquids with densities between that of aluminum (2.7 g/cm³) and water (1 g/cm³) would allow the aluminum cube to float.
Can you use density of an object to predict whether it will float or sink in water?
Yes, you can use density to predict whether an object will float or sink in water. If the density of an object is less than the density of water (1 g/cm³), it will float. If the density of an object is greater than the density of water, it will sink.
What law explains the floating objects on water?
Weight of object(newtons) - Density(measured in grams/cm cube) of water(or other substance) x volume(measured in cm cubes) of water(or other substance) displaced If the result is positive it will sink with as if it had a weight of the result, if the result is negative it will float. The basic definition is anything less dense than water will float on it (anything with a density of less than 1 gram per centimeter cube)
If something has a density of one will it sink or float?
An object with a density of 1 g/cm³ would likely float in water, as water has a density of approximately 1 g/cm³. If the object's density is higher than 1 g/cm³, it would sink, and if it is lower, it would float.
Does galena float on water?
No, galena does not float on water because it has a high density of around 7.5 g/cm^3, which is heavier than water. Therefore, it will sink in water.
Will an object wit a volume of 77 grams per cubic centimeter and mass of 65 grams float or sink in the water?
The object will sink in water because its density (77 g/cm³) is greater than the density of water (1 g/cm³). Objects with a density greater than that of water will sink, while objects with a density less than water will float.
