The term you need to know is equilibrium. Technically it means that heat gained = heat lost. Normally in beginning chemistry classes the evidence for this condition is a stable temperature.
Katherine paid $1.25 for a bottle of water
Answer:
-5.9 rad/s^{2}
Explanation:
radius (r) = 30 cm = 0.3 m
mass (m) = 1.05 kg
initial speed (u) = 77 rpm
final speed (v) = 0 rpm
time (t) = 1.37 s
angular acceleration =
therefore
initial speed (U) = 77 rpm = 77 x (2π/60) = 8.06 rad/s
final speed (v) = 0 rpm = 0 rad/s
angular acceleration =
= -5.9 rad/s^{2}
50 V. I don't know if this is correct, mainly because I'm in 7th grade.
For this case we have that the fan spin period is given by:

Where:
C: It is the number of cycles
t: It's time
According to the data of the statement we have:

Thus, the fan spin period is
Answer:
Fan spin period is 