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(a)

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The function \"\".

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Find the \"\"-intercept:

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\"\"

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\"\"

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Find the \"\"-intercept, by substituting \"\" in \"\".

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\"\".

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The \"\"-intercept is \"\".

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(b)

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The function \"\" and the interval is \"\".

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Differentiate the function with respect to \"\":

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\"\"

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Determination of critical points:

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The critical points exist when \"\".

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Equate \"\" to zero:

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\"\"

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Solve \"\" in the interval \"\".

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\"\"

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General solution of \"\" is \"\", where \"\" is an integer.

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General solution is \"\"

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If \"\", \"\".

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If \"\", \"\".

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The solutions are \"\" in the interval \"\".

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The critical points are \"\" and the test intervals are \"\".

\ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \
Interval Test Value Sign of \"\"Conclusion
\"\" \"\" \

\"\"

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Decreasing
\"\" \"\" \

\"\"

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Increasing
\"\" \"\" \

\"\"

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Decreasing
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The function is increasing over the interval \"\".

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(c)

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The function \"\" and the interval is \"\".

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The critical points are \"\".

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Find the values of \"\" at these critical points.

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\"\".

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\"\".

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Find the values of \"\" at the end points of the interval.

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\"\".

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\"\".

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Compare the four values of \"\" to find the absolute maximum.

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Absolute maximum value is \"\".

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(d)

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The function \"\" and the interval is \"\".

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\"\"

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General solution of \"\" is \"\", where \"image\" is an integer.

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General solution: \"\".

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If \"image\", \"\".

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If \"image\", \"\".

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If \"image\", \"\".

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The solutions are \"\" and \"\" in the interval \"\".

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(e)

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The function \"\" and the interval is \"\".

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\"\"

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General solution of \"image\" is \"image\", where \"image\" is an integer.

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General solution: \"\".

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If \"image\", \"\".

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If \"image\", \"\".

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If \"\", \"\".

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If \"image\", \"\".

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The solution is \"\" and \"\" in the interval \"\".

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\"\"

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General solution of \"image\" is \"image\", where \"image\" is an integer.

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General solution: \"\".

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If \"image\", \"\".

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If \"image\", \"\".

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If \"image\", \"\".

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If \"\", \"\".

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The solution is \"\" and \"\" in the interval \"\".

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(f)

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\"\"

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General solution of \"image\" is \"image\", where \"image\" is an integer.

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General solution: \"\".

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If \"image\", \"\".

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If \"image\", \"\".

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If \"\", \"\".

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If \"image\", \"\".

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If \"\", \"\".

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If \"\", \"\".

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The solutions are \"\" and \"\" in the interval \"\".

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(g)

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Find the \"\"-intercept:

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The function \"\".

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Find the \"\"-intercept, by substituting \"\" in \"\".

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\"\"

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General solution of \"\" is \"\", where \"image\" is an integer.

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The \"\"-intercepts are \"\", where \"image\" is an integer.

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(a). The \"\"-intercept is \"\".

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(b).The function is increasing over the interval \"\".

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(c). Absolute maximum value is \"\".

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(d).The solutions are \"\" and \"\" in the interval \"\".

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(e). For \"\", the solutions are \"\" and \"\" in the interval \"\".

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For \"\", the solutions are \"\" and \"\" in the interval \"\".

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(f). The solutions are \"\" and \"\" in the interval \"\".

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(g).The \"\"- intercepts are \"\", where \"image\" is an integer.