Well...... I think it is mass and volumeM is equal to the mass of the object.<br><br>I don't see a V in the equation <br><br><h2><font><font color="#ff0000">PE<sub>grav</sub> = mass *
g * height-</font></font></h2><br>Well, I see the "v" in "grav."<br><br>Maybe you mean G, the gravitational acceleration.<br><p></p><p>
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P = m x v
P is for momentum and m represents the mass of the moving body and v is its velocity
m x (v)squared/F where m is mass, v is the velocity .. this value must be squared. F is the Force
Mass , velocity and time. The equation is F = m . a F = m ( u - v) / t
p=mv where p is momentum, m is mass and v is velocity :)
Momentum, p, is solved by using the momentum equation: p = m*v.
Volume (v) and mass (m) are need to calculate density in the equation d=(m/v). The units depend on which units you use for the measurements of volume and mass.
D=M/V D is density. M is mass. V is volume. Therefore, density is mass per unit volume.
in the equation p=m x v, the p represents
d= m/v
Density=mass/volume V=D/M M=V*D
Mass/Volume = M/V
The formula for finding density is: Density= Mass/Volume or d= m/v. if you multiply both sides of the equation by the Volume: vd= v m/ v , volume cancels on the right and you get the equation: Density x Volume= Mass or dv=m. by dividing both sides by the Density: d v/ d =m/d, density will cancel on the left and our final equation is Volume=Mass/Density or v=m/d
Mass and Volume. The equation for density is D=M/V with D=density, M=Mass, and V=volume
PE=(1/2)CV^2 where C is the capacitance and V is the total electrostatic potential (voltage).
momentum
m x (v)squared/F where m is mass, v is the velocity .. this value must be squared. F is the Force
here is mendeleyev-clapeyron equation (Kazak name for ideal gas law): PV=nRT it can be rewritten as: PV=(m/M)RT and also as: P=(m/V)*RT/M, so as d=m/v => P=dRT/M
D=m/V density = mass divided by volume