-40 f=-40 c
Unless graded on a curve, 40% is a F.
0 C = 32 F 100 C = 212 F 180 degrees F equals the measurement of 100 degrees C 9 degrees F therefore equals 5 degrees C -40 F is 72 degrees F below freezing -40 C is 40 degrees C below freezing Convert F to C 5 times -72 is -360 divided by 9 is -40 C convert C to F 9 times -40 is -360 divided by 5 is -40 F
-40 c = -40 f
(-40) degrees Fahrenheit = -40 degrees Celsius.
NO , depending on the year and bodystyle you might be able to get ( 2 ) Ford F-150 trucks in a 40 FOOT long container
-40°F = -40°C
viscous force F=uA(dv/dr) u=(constant) Dynamic viscosity A=area dv/dr=Velocity gradient
Either in a container covered with a lid or plastic wrap, or in a sandwich bag.
-40 f=-40 c
We know, F = m*f, [ m = mass, f = accelaration] or,F = m*(dv/dt), [dv/dt = change of velocity with respect to time] or,F=m*(d^2x/dt^2) [v = dx/dt]. Solving this differential equation yields x=x0+v0*t+1/2*(F/m)*t^2 where x0, and v0 are the initial position and velocity, respectively.
viscous force F=uA(dv/dr) u=(constant) Dynamic viscosity A=area dv/dr=Velocity gradient
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Force (F) F = m.a and since a = dv/dt thus F = m.dv/dt Momentum (p) p = m.v and since a = dv/dt thus p = m.a.dt By switch dt from R.H.S. to L.H.S we get dp/dt = m.a thus F = dp/dt
Unless graded on a curve, 40% is a F.
-40°C is equal to -40°F.
R. F. Gibney has written: 'Container lines' -- subject(s): Container ships, Steamboat lines