Solve for each variable: d ≈ , t ≈ . Round decimals to two places.

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Solve for each variable: d ≈ , t ≈ .
Round decimals to two places.

 

The image shows a right triangle labeled as \( \triangle MDT \). Here are the details:

- Vertex \( M \) has a right angle (\( 90^\circ \)).
- Angle \( \angle D \) is \( 65^\circ \).
- Side \( DT \) is labeled with a length of 30 units.
- Side \( DM \) is labeled as \( t \).
- Side \( MT \) is labeled as \( d \).

This right triangle can be used to explore trigonometric relationships or solve for unknown side lengths using trigonometric ratios.
Transcribed Image Text:The image shows a right triangle labeled as \( \triangle MDT \). Here are the details: - Vertex \( M \) has a right angle (\( 90^\circ \)). - Angle \( \angle D \) is \( 65^\circ \). - Side \( DT \) is labeled with a length of 30 units. - Side \( DM \) is labeled as \( t \). - Side \( MT \) is labeled as \( d \). This right triangle can be used to explore trigonometric relationships or solve for unknown side lengths using trigonometric ratios.
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