Gyroscopic Force Calculator:
Enter the values of mass of the gyroscopic m(kg) , accelaration of gravity g(m/s2) & angle of the gyratio a(degree) to determine the value of gyroscopic force Fg(Newton).
Gyroscopic Force Formula:
The gyroscopic force Fg(Newton) in Newton is equal to the mass of the gyroscopic m(kg) in kilogram into multiply the accelaration of gravity g(m/s2) in meter per second square and again multiply the angle of the gyration in vertical a(degree) in degree.
The equation of gyroscopic force can be writtern as,
Fg(Newton) = m(kg) * g(m/s2) * sin a(degree)
Here,
Fg(Newton) = gyroscopic force in Newton
m(kg) = mass of the gyroscopic in kilogram
g(m/s2) = accelaration of gravity in meter per second square
a(degree) = angle of the gyration in vertical in degree
Calculation for Gyroscopic Force:
1)To find the gyroscopic force and the mass 12kg and angle 25degree gravity 9.81m/s2.
Answer
Fg = m * g * sin (a)
Fg = 12 * 9.81 * sin ( 25 )
Fg = 15.58N
2)To find the mass and gyroscopic force 15.58N and angle 25degree gravity 9.81m/s2.
Answer
Fg = m * g * sin (a)
15.58 = m * 9.81 * sin ( 25 )
m = 12kg.