Step 1: Explain how the echo method can be used to determine the height of the tower. Step 2: Calculate the…

Question

Step 1: Explain how the echo method can be used to determine the height of the tower. Step 2: Calculate the height using given data. Step 3: Rearrange to solve for ... and substitute the values.

ScanSolve AI Tutor · Accepted Answer

✅ Correct.

The steps and calculations for determining the height of the tower using the echo method are accurate.

The explanation of the echo method is correct, stating that the total distance covered by sound is twice the height of the tower due to reflection.
The given values for the speed of sound ( $v_s = 340 \text{ m/s}$ ) and time for echo ( $t = 0.5 \text{ s}$ ) are correctly identified, and the formula $2H = v_s \times t$ is correctly applied.
The formula is correctly rearranged to solve for $H$
$H = \frac{v_s \times t}{2}$
And the substitution and calculation are correct:
$H = \frac{340 \text{ m/s} \times 0.5 \text{ s}}{2}$ $H = \frac{170 \text{ m}}{2}$ $H = 85 \text{ m}$
The final answer $\boxed{85 \text{ m}}$ is correct.

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Step 1: Explain how the echo method can be used to determine the height of the tower. Step 2: Calculate the height using given data. Step 3: Rearrange to solve for ... and substitute the values.

Answer

Step-by-step solution

The explanation of the echo method is correct, stating that the total distance covered by sound is twice the height of the tower due to reflection.

The given values for the speed of sound ( $v_s = 340 \text{ m/s}$ ) and time for echo ( $t = 0.5 \text{ s}$ ) are correctly identified, and the formula $2H = v_s \times t$ is correctly applied.

The formula is correctly rearranged to solve for $H$

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Step 1: Explain how the echo method can be used to determine the height of the tower. Step 2: Calculate the height using given data. Step 3: Rearrange to solve for ... and substitute the values.

Answer

Step-by-step solution

The explanation of the echo method is correct, stating that the total distance covered by sound is twice the height of the tower due to reflection.

The given values for the speed of sound (vs=340 m/sv_s = 340 \text{ m/s}vs​=340 m/s) and time for echo (t=0.5 st = 0.5 \text{ s}t=0.5 s) are correctly identified, and the formula 2H=vs×t2H = v_s \times t2H=vs​×t is correctly applied.

The formula is correctly rearranged to solve for HHH

Try one yourself

Still stuck on this one?

More Physics Questions

The given values for the speed of sound ( $v_s = 340 \text{ m/s}$ ) and time for echo ( $t = 0.5 \text{ s}$ ) are correctly identified, and the formula $2H = v_s \times t$ is correctly applied.

The formula is correctly rearranged to solve for $H$