No way exists to answer your question. 20 cm is a unit of length. It is not a unit of volume. Knowing that your toy is 20 cm long and has a weight of 45 g does not provide enough information to give the density of the toy. Take your toy. Put it into a large beaker. Cover the toy with water. Put a mark on the side of the beaker at the waterline. Remove your toy. Put a mark at the top of the water line. Fill a graduated cylinder to the top line. Now, slowly pour water into the beaker until you raise the level of the water to the top line. Write down how much water you poured into the beaker. Now take that amount in ml and divide it into the number of g. If it is 22.5 ml and 45g your density is 2.
Density. Density is a physical property that quantifies how much mass is present in a given volume of a substance. It is typically measured in units such as grams per cubic centimeter (g/cm^3) or kilograms per liter (kg/L).
The volume of 45g of face cream can vary depending on its density. However, a rough estimation would be approximately 45mL, as 1g of most creams is roughly equivalent to 1mL in volume. It is best to check the packaging for specific information on the product.
You can use the density of the object. Density is the mass per unit volume of a substance. Density = mass / volume. Rearrange it to solve for mass. Mass = density x volume. You can find the density of the substance from a table of densities. Or depending on what you know about the substance:- moles = volume (dm3) x concentration (moldm-3) moles = mass/Mr Mr = molecular weight 100cm3 = 0.1dm3 If you know the volume, concentration and the Mr then mass can be solved by calculating the moles of the substance and multiplying by Mr.
It is 1.5 kilograms because if you change the 45g to kilos you would get 0.040kg and you change 1.5kg to simple kg. you get 1.500 kg. Therefore, the answer is 1.5 kilograms is larger.
Set up the equation as follows: gr 45 X 60mg/gr1 X 1g/1000mg = 2700/1000 = 2.7 g
The object's density is about 0.19 g/cm3
The rock's density is 3 g/cm3
The increase in mass is 45g (245g - 200g) due to the added liquid. This corresponds to a volume of 26ml because 1g/ml is the density of water (and marketed) liquids. Therefore, the density of the liquid is 45g / 26ml = 1.73 g/ml.
Density = Mass / Volume Density = 45grams/5ml = 9g/ml
Density = Mass/Volume D = M/V D = 45g/15ml D = 3g/ml
A 30ml solution with a mass of 45g has a density of 45/30 or 1.5 g/ml, while a 40ml solution with a mass of 50g has a density of 50/40, or 1.25 g/ml. The 30ml solution with a mass of 45g has a higher density.
Density. Density is a physical property that quantifies how much mass is present in a given volume of a substance. It is typically measured in units such as grams per cubic centimeter (g/cm^3) or kilograms per liter (kg/L).
No, 45g is not equal to 50mL. Grams and milliliters are different units of measurement. Grams measure mass or weight, while milliliters measure volume. To determine if 45g is equal to 50mL, you would need to know the density of the substance being measured.
15X3cmX1cmX3cmX5cm=61
The density of the object is 9 g/cm^3 (45 g / 5 cm^3). Density is a measure of how much mass is contained in a given volume, so it describes how compact the molecules are within the object. With this information, you can calculate the mass or volume of the object given the other value.
The volume of 45g of face cream can vary depending on its density. However, a rough estimation would be approximately 45mL, as 1g of most creams is roughly equivalent to 1mL in volume. It is best to check the packaging for specific information on the product.
You can use the density of the object. Density is the mass per unit volume of a substance. Density = mass / volume. Rearrange it to solve for mass. Mass = density x volume. You can find the density of the substance from a table of densities. Or depending on what you know about the substance:- moles = volume (dm3) x concentration (moldm-3) moles = mass/Mr Mr = molecular weight 100cm3 = 0.1dm3 If you know the volume, concentration and the Mr then mass can be solved by calculating the moles of the substance and multiplying by Mr.