Solve the right triangle. If two sides are given, give angles in degrees and minutes.
- $Solve the right triangle. If two sides are given, give angles in degrees and minutes. - \mathrm { a } = 17.2 \mathrm {~cm} , \mathrm {~b} = 25.7 \mathrm {~cm} Round the missing side length to one decimal place. A) \mathrm { A } = 42 ^ { \circ } 1 ^ { \prime } ; \mathrm { B } = 47 ^ { \circ } 59 ^ { \prime } ; \mathrm { c } = 30.9 \mathrm {~cm} B) \mathrm { A } = 33 ^ { \circ } 48 ^ { \prime } ; \mathrm { B } = 56 ^ { \circ } 12 ^ { \prime } ; \mathrm { c } = 32.8 \mathrm {~cm} C) A = 42 ^ { \circ } 1 ^ { \prime } ; B = 47 ^ { \circ } 59 ^ { \prime } ; \mathrm { c } = 28.7 \mathrm {~cm} D) \mathrm { A } = 33 ^ { \circ } 48 ^ { \prime } ; \mathrm { B } = 56 ^ { \circ } 12 ^ { \prime } ; \mathrm { c } = 30.9 \mathrm {~cm}$

\mathrm { a } = 17.2 \mathrm {~cm} , \mathrm {~b} = 25.7 \mathrm {~cm}

Round the missing side length to one decimal place.
A)

\mathrm { A } = 42 ^ { \circ } 1 ^ { \prime } ; \mathrm { B } = 47 ^ { \circ } 59 ^ { \prime } ; \mathrm { c } = 30.9 \mathrm {~cm}

\mathrm { A } = 33 ^ { \circ } 48 ^ { \prime } ; \mathrm { B } = 56 ^ { \circ } 12 ^ { \prime } ; \mathrm { c } = 32.8 \mathrm {~cm}

A = 42 ^ { \circ } 1 ^ { \prime } ; B = 47 ^ { \circ } 59 ^ { \prime } ; \mathrm { c } = 28.7 \mathrm {~cm}

\mathrm { A } = 33 ^ { \circ } 48 ^ { \prime } ; \mathrm { B } = 56 ^ { \circ } 12 ^ { \prime } ; \mathrm { c } = 30.9 \mathrm {~cm}

Find a Value of θ in [0°, 90°] That Satisfies tan⁡θ=2.0525017\tan \theta = 2.0525017tanθ=2.0525017

Multiple Choice

Correct Answer:VerifiedUnlock this answer nowGet Access to more Verified Answers free of chargeAccess For Free

Find a Value of θ in [0°, 90°] That Satisfies $\tan \theta = 2.0525017$

Correct Answer:
Verified
Unlock this answer now
Get Access to more Verified Answers free of charge