\(\displaystyle \begin{align*}\Delta x &= \left( {\frac{{v + {v_0}}}{2}} \right)t\\{\left( {\frac{{v + {v_0}}}{2}} \right)^{ - 1}}\Delta x &= t\\\left( {\frac{2}{{v + {v_0}}}} \right)\Delta x &= t \end{align*}\)The issue I'm having is with a formula from a physics problem. I have this formula View attachment 12181
I need to rearrange like this View attachment 12182. I don't quite understand how to get there.
Hello,
Could someone help me with a simple problem?
I would like to know how to solve a fraction within a fraction.
Example:
10/4/x
The issue I'm having is with a formula from a physics problem. I have this formula View attachment 12181 and I need to rearrange like this View attachment 12182. I don't quite understand how to get there.
\(\displaystyle Δx=\left(\dfrac{v+v_0}{2}\right)t \)Hello,
Could someone help me with a simple problem?
I would like to know how to solve a fraction within a fraction.
Example:
10/4/x
The issue I'm having is with a formula from a physics problem. I have this formula View attachment 12181 and I need to rearrange like this View attachment 12182. I don't quite understand how to get there.