Don't let that stop you. Just fill in the masses as an unknown m and trust that if there is no mistake in the question then m will disappear later.leighkla said:each mass is identical but the problem does not give a mass.
Is there a typo in there?leighkla said:m1r1+m2r2=m3r3=m4r4
The purpose of finding the placement for 4th mass is to determine the location of the fourth object in a system or experiment in order to accurately analyze and understand its impact or role within the system.
The placement for 4th mass is calculated using mathematical equations and principles, such as Newton's laws of motion, gravitational force, and vector analysis.
The placement of the 4th mass can be affected by various factors, such as the mass and velocity of the other objects in the system, external forces, and the shape or structure of the system.
Accurately determining the placement of the 4th mass is crucial in understanding the behavior and interactions of the objects within a system. It can help predict future movements and outcomes, and aid in the development of scientific theories and models.
Yes, there are many practical applications for finding the placement of 4th mass, such as predicting the trajectories of objects in space, understanding the dynamics of celestial bodies, and designing efficient engineering systems.