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Dendity of lead = 11.35g/cc. 408 grams therefore has a volume of (408/11.35) = 35.947cc. It displaces 35.947cc of water, = 35.947 millilitres.
What else can I help you with?
How many milliliter of water would be displaced by 408 g of lead?
35.9 mL
How many milliliters of water would be displaced by a 408 gram of lead?
11.08 g/mL
How many ml of water be displaced by 408 g of lead?
Dont know I need answer
How many ml of water would be displace by 408g of lead?
The density of lead is 11,34 g/cm3.V= M/d so V = 408/11,34= 36The volume of displaced water is 36 mL.
How many milliliters of water would be displaced by 120 cube?
It would depend on the size of the cube!
How many ml of water would be displaced by 408 g of lead?
In order to answer this question you must know the specific gravity or density of lead, that is, it's weight in grams per cubic centimeter. A cubic centimeter is a mililiter and you have the answer.
How many ml of water would be displaced by 1.82 g of Cobalt?
To calculate the volume of water displaced by 1.82 g of cobalt, we need to know the density of cobalt which is 8.9 g/mL. Using the formula density = mass/volume, we can rearrange it to volume = mass/density. Thus, the volume of water displaced by 1.82 g of cobalt would be 0.204 mL.
How many mL of water would be displayed by 408 g of lead?
it would be 35.947 mL in 408 grams of lead
How many liters of water get displaced in a bathtub?
That depends upon the volume of the object that is put into the water in the bathtub.
What does displaced fluid mean?
As a Nurse this makes me think of fluid shifts in the body. There are many causes for "displaced fluid" or fluid shifting. Ask your doctor.
How many milliliters of water would be displace by 408 g of lead?
35.9 mL
How filling in a wetland would affect the area negatively?
Filling in a wetland can lead to significant ecological disruption, including the loss of biodiversity as many plant and animal species that rely on wetland habitats would be displaced or eliminated. Additionally, wetlands play a crucial role in flood control and water purification; their removal can increase flood risks and degrade water quality by allowing pollutants to enter surrounding ecosystems. Furthermore, the alteration of natural water flow can lead to erosion and habitat degradation in adjacent areas.
