Acheetah has an acceleration that has x and y components of ax = 5.3 m/s2 and ay = 3.8 m/s2. the cheetah's mass is 61 kg. find the net force acting on the cheetah.

 cheetah has an acceleration that has x and y components of ax = 5.3 m/s2 and ay = 3.8 m/s2. the cheetah's mass is 61 kg.
Now, we will calculate the force in both the directions and then find the resultant force.

The force in the x direction is, F1 = 61kg*5.3m/s2 = 323.3 N  
The force in the y direction is F2 = 61kg*3.8m/s2 = 231.8 N 

Therefore the total force written as a vector is: 
(Taking positive x direction as i direction and the negative direction as j direction)
F= (323.3i + 231.8j)N

Ineed more information about  the question 

Electric force between two charged object varies inversely as the square of distance between them (coulomb's law). this means if two charged objects move away force between them decreases.