We are given the equation $\frac{kz}{a} - t$ and asked to make $k$ the subject. We need to isolate $k$ on one side of the equation. We are assuming that the equation is equal to zero. Thus, the given equation can be written as: $\frac{kz}{a} - t = 0$

AlgebraEquation SolvingVariable IsolationLinear Equations
2025/7/4

1. Problem Description

We are given the equation kzat\frac{kz}{a} - t and asked to make kk the subject. We need to isolate kk on one side of the equation. We are assuming that the equation is equal to zero. Thus, the given equation can be written as:
kzat=0\frac{kz}{a} - t = 0

2. Solution Steps

Our goal is to isolate kk.
First, add tt to both sides of the equation:
kza=t\frac{kz}{a} = t
Next, multiply both sides of the equation by aa:
kz=atkz = at
Finally, divide both sides of the equation by zz:
k=atzk = \frac{at}{z}

3. Final Answer

k=atzk = \frac{at}{z}

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