Answer:
Angle between the forces
degrees
Explanation:
The resultant force value
times of Force F

Where R is the resultant force

Cos X is the angle between the two forces.
On further simplifying the equation we get


degrees
Angle between the forces
degrees
I believe that the answer is PARENTS
Answer:
Muscle spindles
Explanation:
Muscle spindles are stretch receptors thst has both the sensory abd motor components ĺocated in the body of a muscle that basically signals on alterations in the muscle length. They transfer the length information to the central nervous system through the afferent nerve fibers. It fasten the motor neurons through the stretch reflex to prevent muscle stretch. Muscle spindles are sensory receptors that are majorly found in the muscle.
Tilling, Ploughing, Sowing, Manuring, Irrigation, Weeding, Harvesting.