Answer:
Option C) is correct
That is t=StartFraction p Over s Subscript 1 Baseline minus s Subscript 2 Baseline EndFraction
It also can be written as [tex]t=\frac{p}{s_{1}-s_{2}}[/tex]
Step-by-step explanation:
Given equation can be written as below:
[tex]p=s_{1}t-s_{2}t[/tex]
Now to solve the equation for t:
[tex]p=s_{1}t-s_{2}t[/tex]
Taking common term t outside on RHS we get
[tex]p=(s_{1}-s_{2})t[/tex]
[tex]\frac{p}{s_{1}-s_{2}}=t[/tex]
Rewritting the above equation as below
[tex]t=\frac{p}{s_{1}-s_{2}}[/tex]
Therefore option C) is correct
That is t=StartFraction p Over s Subscript 1 Baseline minus s Subscript 2 Baseline EndFraction
It also can be written as [tex]t=\frac{p}{s_{1}-s_{2}}[/tex]
