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Evaluate egin{equation} rac{igint_{ rac{ p}{2}}^{2 p} (5 ext{sin }x - 3 ext{cos }x) ext{d}x}{} igg) ext{.} ewline The diagram in your answer booklet shows the graphs with equations $y = 5 ext{sin }x$ and $y = 3 ext{cos }x$, ext{ for } 0 ext{ ≤ } x ext{ ≤ } 2 ext{π} - Scottish Highers Maths - Question 11 - 2023

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Question 11

Evaluate-egin{equation}--rac{igint_{--rac{-p}{2}}^{2-p}-(5-ext{sin-}x---3-ext{cos-}x)--ext{d}x}{}-igg)--ext{.}--ewline-The-diagram-in-your-answer-booklet-shows-the-graphs-with-equations-$y-=-5-ext{sin-}x$-and-$y-=-3-ext{cos-}x$,--ext{-for-}-0--ext{-≤-}-x--ext{-≤-}-2-ext{π}-Scottish Highers Maths-Question 11-2023.png

Evaluate egin{equation} rac{igint_{ rac{ p}{2}}^{2 p} (5 ext{sin }x - 3 ext{cos }x) ext{d}x}{} igg) ext{.} ewline The diagram in your answer booklet shows th... show full transcript

Worked Solution & Example Answer:Evaluate egin{equation} rac{igint_{ rac{ p}{2}}^{2 p} (5 ext{sin }x - 3 ext{cos }x) ext{d}x}{} igg) ext{.} ewline The diagram in your answer booklet shows the graphs with equations $y = 5 ext{sin }x$ and $y = 3 ext{cos }x$, ext{ for } 0 ext{ ≤ } x ext{ ≤ } 2 ext{π} - Scottish Highers Maths - Question 11 - 2023

Step 1

Evaluate \( \int_{\frac{\pi}{2}}^{2\pi} (5\sin x - 3\cos x) \, dx \)

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Answer

The area represented by the integral in (a) can be shaded on the diagram by locating the intersection points of the graphs of ( y = 5\sin x ) and ( y = 3\cos x ) within the specified limits and shading the area above the x-axis between the two curves from ( \frac{\pi}{2} ) to ( 2\pi ).

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