(Solved):
4. Consider a rigid body rotating about a fixed point O with angular velocity =3e12e2+e ...
4. Consider a rigid body rotating about a fixed point O with angular velocity ?=3e1??2e2?+e3?rad/s where {e1?,e2?,e3?} is a corotational basis. The inertia tensor of the body is IO=I1?e1??e1?+I2?e2??e2?+I3?e3??e3?kg?m2. (a) Calculate the angular momentum vector HO and the required torque. (b) Using the permutation tensor ?, calculate the angular velocity, angular momentum, and torque tensors.
Given:-According to the given question.(a) The angular momentum vector is given by:where "*" denotes the tensor product, and omega is the angular velocity vector. We can express and in terms of the corotational basis as:Using the properties of the cross product, we can calculate each term of the tensor product as follows: