Gyroscopic wander can be divided into two categories and these are:
- Drift
- Topple
<h3>What is
gyroscopic wander?</h3>
Gyroscopic wander can be defined as a movement of the spin axis (axis of rotation) away from a specific fixed direction.
Based on scientific information and records, there are two main types of gyroscopic wander and these include the following:
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Answer:

Explanation:
First displacement of the particle is given as
= 11 m at 82 degree with positive X axis
so we can say


resultant displacement of the particle after second displacement is given as
r = 8.7 m at 135 degree with positive X axis
so we can say


now we know that

now we have

so we will have


so angle of the second displacement is given as



Answer:
5. Solenoid B’s magnetic field is 2.7 times greater than solenoid A's magnetic field.
Explanation:
The magnetic field produced by a solenoid depends on number of coils, the length of the solenoid and the amount of current flowing through the coil.

Current in solenoid B is 2 times greater than the current in solenoid A.

Number of coils in B is 4 times greater than coils in A

Length of the solenoid B is 3 times greater than solenoid A


Thus, solenoid B's magnetic field is 2.7 times greater than magnetic field of solenoid A.