You need to be more specific. It depends entirely on what object you are using. If the object is more dense than water then it will sink. If not, it will float.
...4... did you seriously ask that question?!?!?!?!?!?!?
4 grams is equivalent to approximately 0.0088 pounds.
4 ounces is 113.4 grams.
4 ounces is 113.4 grams.
Yes, 4 kilograms is larger than 4500 grams. 4 kilograms is equal to 4000 grams, so it is 500 grams larger than 4500 grams.
A paper clip would float not sink. The only stuff that would sink would be the heavy stuff like a TV. thanks 4 the answer bro well the scientific way would be if the density of the object is greater than 1g/ml it will sink, if it less than 1g/ml it will float.
no, because it's too heavy for the density of the water.
A paper clip would float not sink. The only stuff that would sink would be the heavy stuff like a TV. thanks 4 the answer bro well the scientific way would be if the density of the object is greater than 1g/ml it will sink, if it less than 1g/ml it will float.
The titanic did not float because it was only able to float if 4 or less water compartments flooded instead more did and it was to much for the titanic to hold and sadly many people died.
density = mass ÷ volume = 4 g ÷ 6 cm3 = 2/3 g/cm3
At 4°C pure water has a density (weight or mass) of about 1 g/cu.cm, 1 g/ml, 1 kg/litre, 1000 kg/cu.m, 1 tonne/cu.m or 62.4 lb/cu.ft Everthing else that is above 62.4 lb/cu.ft will sink, anything below will float.
When objects are placed in a container of water at 4°C, they will experience buoyancy, which determines whether they sink or float based on their density relative to water. If the objects are denser than water, they will sink; if they are less dense, they will float. Additionally, the temperature of the water being at its maximum density (4°C) means that it will provide optimal buoyancy for the objects, allowing for clearer observation of their behavior in the water.
What units ? 400 / ( 4 * 5 * 6 ) = 400 / 120 = 3.333 grams per cubic unit
Grams are measurement units for mass, not weight. The weight is approx 36 Newtons.
The block of plastic must be less dense than the water in which it will be placed in order to float. Density is equal to mass over volume (D=m/v), so you could calculate the density of the block of plastic and of a sample of the water by dividing the weight of each sample by the respective volume of each sample. If the density of the plastic is less than the density of the water, it floats! A hint: the maximum density of fresh water occurs at 4 C∘and is equal to 1 gram per 1 milliliter. When a solute - such as salt - is added, the density of water will decrease.
0.004kg to 4 grams.
3.33... (recurring) grams per cubic centimetre.