tigerwoods99 said:Homework Statement
a=(m2g-m1g)
------------- divided by IS IT POSSIBLE TO SOLVE FOR m2 =?
(m1+m2) where g = gravity
Homework Equations
a(m1+m2) = (m2g-m1g)
where g = gravity
The Attempt at a Solution
a(m1+m2) = (m2g-m1g)
IS IT POSSIBLE TO SOLVE FOR m2 =? where g = gravity
THANKS!
Unto said:lol..
<< most of solution deleted by berkeman >>
This however looks completely ridiculous, what is it you are trying to solve??
Yes, the equation can be solved for m2. However, it is important to note that the solution may not always be unique.
Yes, this equation is valid for all values of m1 and m2. The equation is based on the principles of Newton's Second Law of Motion and is applicable to all objects, regardless of their mass.
The g in this equation represents the acceleration due to gravity. It is a constant value that is approximately equal to 9.8 meters per second squared on Earth. This value is used to calculate the weight of an object, which is necessary for solving for m2 in this equation.
Yes, this equation can be rearranged to solve for m1 as well. Simply switch the positions of m1 and m2 in the equation and follow the same steps to solve for m1.
No, this equation can be used to solve for m2 in a variety of problems involving forces and masses. It is commonly used in physics and engineering to calculate the unknown mass of an object when given other values such as acceleration, force, and weight.