D=m/v if an object is more dense than water it will sink. If it is less dense then it will float. The SI units for density are kilograms per cubic meter, giving water a density of 1 kg/m^3. If the density of a substance is less than 1, it will float in water.
If the densityis more than the object, it will sink but if its less or the same it will float. For example, water has a density of 1.0 g/mL and let's say I put an object that is about 1.4 g/mL. The object that is 1.4 g/mL will sink, and you can say that the water will float.
Well, if the object is more dense than the liquid, it will sink. If the object is less dense than the liquid, it will float. For example, a kernel is more dense than water, so it sinks, but the kernel is less dense than corn syrup, so it will float.
Any liquid exerts a force called "buoyancy" on the objects immersed into it
It is buoyancy that makes things float or sink on fluids{Note: Buoyancy is a type of force.}
So when you see a dried leaf floating on water then that's due to buoyancy exerted by the liquid on it.
Liquid exerts a pressure = Density (d) *Depth (h) * Acceleration due to gravity (g)
and Upthrust = change in Pressure * Area {pressure = Force/Area : Force = pressure * Area}
= change in {d*h*g} * Area
Since density and acceleration due to gravity are constants change in pressure = change in depth = the length of the object
buoyancy
me = length * Surface area
Upthrust = Volume * density * Acceleration due to gravity
Hence buoyancy depends directly on the density of the object - Jacalyn Frye
The denser the object is, the less chance of floating it has.
That depends on the solvent. In usual case (water), if the density of an object is below 1, then the object will float. If it is greater than 1, it will sink.
Salt increases the density of water, thus makes it easier to float.I've always had troubles floating while swimming in fresh water, but the difference when swimming in the sea is quite noticeable.There are many notes of people doing experiments with floating eggs with salt water versus fresh water.
If the mass stays the same, then when an object gets larger, its density decreases. The larger density=the more bouyancy
cause I say so
Acids can destroy many objects by corrosion.
yes water can increase the density of water as wood has the power to absorb water and so the density of water is drastically increased
Mass affects the density of a object which therefore affects the floating and sinking of it
An object will float if it has less density than the fluid in which it is placed; if the object has more density, it will sink.
No that is to do with density differences not size differences,
Buoyancy affects floating and sinking objects by it allowing it to sink or float. Buoyancy is an upward force that allows something to float on water so yeahs... yupp >___________<
To determine if an object will float in a substance, you look only at its density
Yes, water density will affect an object's ability to float.
Salt increases the density of water, thus makes it easier to float.I've always had troubles floating while swimming in fresh water, but the difference when swimming in the sea is quite noticeable.There are many notes of people doing experiments with floating eggs with salt water versus fresh water.
The water density is higher than the boat's therefore it floats on the water.
No, As long as you can see if the object is floating or sinking, then the amount of water does not matter
Density affects objects because the density makes the object either flout, sink or stay in the middle. I hope that can help you. Sorry if it is wrong :(
Sinking and floating has to do with density, which is the mass (how heavy it is) of the object over the volume (the amount of space it takes up). Water has a density of exactly one, which means every gram of water takes up one mL of space. If something is more dense than water (meaning the object packs a lot of matter into little space), then it will sink. If it is less dense than water (meaning it's less matter taking up a lot of room), then it will float. This is true for any fluid, but I'm using water as an example because the density of other fluids varies.
volume shape density