<span>F=MA
M*A=(coefficient of friction - I'll say u)*M*G
The M's cancel out, so you are left with A=uG
Soooo....A=(.6)(9.8)
A=5.88m/s^2
From this you can determine
A=v^2/r, which is the formula for centripetal acceleration.
5.88=v^2/30.5
30.5*5.88=v^2
179.34=v^2
v=13.39 m/s</span>
Answer:
1.04m
Explanation:
the distance is determined by the diameter of the trajectory.
you can find the radius of the trajectory by using the following formula:
mc : mass of the Big C = 0.303kg/mol/(6.02*10^{23}/mol)=5.03*10^{-25}kg
v: velocity of the ion = 50000m/s
B: magnetic constant = 0.3T
q: 1.6*10^{-19}C
By replacing you obtain:
the diameter wiil be:
d=2r=1.04m
the ion strikes the detector from 1.04m to the entrance of the spectrometer
Answer:
x-Speed/velocity
y-time.
Explanation:
because Speed is a rate of change of distance while time how long it takes a a car to move to a specific point
Answer:You need to give more explanation sorry
Explanation: