If the total volume increases, then the pressure decreases.
The total pressure of a gas mixture is the sum of the individual pressures.
The density of ice is about 0.917 of that of fresh water.Essentially all the world's ice is locked up in the Antarctic, and it is likewise essentially the total volume of fresh water on Earth.It is ~ 3 - 4 % of the Earths total water, of which most is in the Oceans.The volume of the Oceans is about 1.3x109km3. So 3 or 4 % of that volume is the volume of earth's ice. I'm sure your calculator can handle the calculation.It is not worth making the correction for the manner in which ice expands when it freezes, for the numbers are necessarily approximate.
kilogram per liter ( = grams/ccm) pounds (or slugs) per cubic foot Mass Density is always measured in mass per unit volume. There is no specific standard for either the mass unit or volume unit; instead, the unit most appropriate to the size being discussed it used. Note that "density" can also be a non-mass measurement, as with electro-magnetic field (or flux) density, or as a numeric counting, as in "10,000 fish per cubic mile of ocean".
area
Residual volume
Increased blood pressure. This is due to increased sodium in the blood, increasing the total extracellular fluid volume
It won't. The pressure within a hollow object may change if the surface area changes, hence the volume. The total pressure acting on the exterior of a solid object may change if the total surface area changes.
It won't. The pressure within a hollow object may change if the surface area changes, hence the volume. The total pressure acting on the exterior of a solid object may change if the total surface area changes.
Assuming the tank was not in a vacuum, the VOLUME stays constant. The volume is the total area inside the tank. The pressure would change when 'pumped up'. The volume would not. The pressure inside would also change based on the temperature, relative to the outside pressure.
It won't. The pressure within a hollow object may change if the surface area changes, hence the volume. The total pressure acting on the exterior of a solid object may change if the total surface area changes.
The total volume of milk does not change, but the volume of milk in the carton decreases and the volume of milk in the bowl increases.
total peripheral resistance will decrease because of vaso dilation of local arterioles that are supplying the active muscles i.e,skeletal muscles. and blood pressure will increase for two reasons: increased cardiac output resulting from increased pumping activity of heart. because of vasoconstriction of arterioles every where else in the body
Cp = ΔH/ΔT = (ΔU+pΔV)/ΔT Where Cp is heat capacity at constant pressure, ΔH is enthalpy change, ΔT is temperature change, ΔU is total internal energy change, and pΔV is pressure multiplied by change in volume.
increased by 5 is the answer!
For most materials and substances, and not allowing other parameters to change (like temperature), the density goes up as pressure increases.One way to look at is like this:Suppose a balloon is filled with air -- and sealed. Dunk it under water, which squeezes it harder, thus decreasing the volume.The total mass is the same.Density = mass / volume.Since volume has gone down, density has gone up.Another way.Put more air in the balloon, but instead of a balloon, it has a rigid inflexible wall. Now the volume has not changed, but the mass is higher (since you increased the amount of air).So the density is higher (see above).But what happened to the rigid walls of the balloon. The air pushes harder on them!So increased density causes higher pressure, and higher pressure causes increased density.
it is the total energy required to create any system by displacing its volume and pressure.
Total volume