The equation shown in your image is: S = ut + 1/2at This equation is a common kinematic formula used in physics, but it is incorrectly written in your image. The second term is missing a t. Step 1: Identify the equation. The equation written is S = ut + 1/2at. Step 2: State the correct kinematic equation. The correct kinematic equation for displacement under constant acceleration is: S = ut + 1/2at² The equation in your image is missing the square on the t in the second term. Step 3: Define the variables in the correct equation. S represents the displacement (change in position). u represents the initial velocity. t represents the time elapsed. a represents the constant acceleration. The correct equation is: S = ut + 1/2at²

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s = ut + 1/2 at

September 14, 2026Physics

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Answer

S = ut + \frac{1}{2}at^2

Step-by-step solution

3 steps

The equation shown in your image is:

S = ut + \frac{1}{2}at

This equation is a common kinematic formula used in physics, but it is incorrectly written in your image. The second term is missing a $t$ .

Identify the equation.
The equation written is $S = ut + \frac{1}{2}at$ .
State the correct kinematic equation.
The correct kinematic equation for displacement under constant acceleration is:
$S = ut + \frac{1}{2}at^2$
The equation in your image is missing the square on the $t$ in the second term.
Define the variables in the correct equation.
- $S$ represents the displacement (change in position).
- $u$ represents the initial velocity.
- $t$ represents the time elapsed.
- $a$ represents the constant acceleration.

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