Let B→ = 5.40 m at 60.0∘. C→ and A→ have equal magnitudes. The directi

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Let B→ = 5.40 m at 60.0∘. C→ and A→ have equal magnitudes. The direction angle of C→ is larger than that of A→ by 25.0∘. Let A→⋅B→ = 27.0 m2 and B→⋅C→ = 36.9 m2. Find the magnitude (in m ) and direction (in degrees) of A→. magnitude m direction

Let B→ = 5.40 m at 60.0∘. C→ and A→ have equal magnitudes. The direction angle of C→ is larger than that of A→ by 25.0∘. Let A→⋅B→ = 27.0 m2 and B→⋅C→ = 36.9 m2. Find the magnitude (in m ) and direction (in degrees) of A→. magnitude m direction

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Let

\vec{B} = 5.40 m

at

{60.0}^{\circ} . \vec{C}

and

\vec{A}

have equal magnitudes. The direction angle of

\vec{C}

is larger than that of

\vec{A}

by

{25.0}^{\circ}

. Let

\vec{A} \cdot \vec{B} = 27.0 m^{2}

and

\vec{B} \cdot \vec{C} = 36.9 m^{2}

. Find the magnitude (in

m

) and direction (in degrees) of

\vec{A}

. magnitude

◻

m

direction

◻

○

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