HPreCalc Sem 2 Final REVIEW

6

Draggable item		Corresponding Item

1

State the amplitude for the function:

1

State the period for the function:

1

0

Graph the parent function for f(x) and the transformations for the function in the correct order. Graph the midline for any vertical shift and the asymptotes for one period as dashed lines.

We have released a new and improved Graphing question type! Students will no longer be able to answer this question.

0

Graph the parent function for f(x) and the transformations for the function in the correct order. Graph the midline for any vertical shift and the asymptotes for one period as dashed lines.

We have released a new and improved Graphing question type! Students will no longer be able to answer this question.

2

0

Prove the identity by verifying that both sides are equivalent. Show all steps for full credit.

0

Prove the identity by verifying that both sides are equivalent. Show all steps for full credit.

1

Given:
Find the exact value of:

1

Given:
Find the exact value of:

1

Given:
Find the exact value of:

1

Find the exact value of:

0

Simplify down one expression or value. Show all steps for full credit.

4

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3

1

What is the area of a triangle with sides measures: 23, 19, and 12? Round to two decimal places.

2

Expand the binomial (2x - y2)4 .
Note: For grading purposes, write your answer as a simplified polynomial expression with x decreasing in power and y increasing in power.

1

Simplify:

1

4

Draggable item		Corresponding Item

1

Find the 12th partial sum of the following sequence:

1

Express the finite series using sigma notation.
Note: use k as the index of the summation.

1

Draggable item		Corresponding Item
		2 Triangles Exist
		No Triangle Exists
		1 Triangle Exists
		1 Triangle Exists

Draggable item		Corresponding Item
Not answer for any of the functions.
Not answer for any of the functions.

HPreCalc Sem 2 Final REVIEW

State the amplitude for the function:

State the period for the function:

Graph the parent function for f(x) and the transformations for the function in the correct order. Graph the midline for any vertical shift and the asymptotes for one period as dashed lines.

Graph the parent function for f(x) and the transformations for the function in the correct order. Graph the midline for any vertical shift and the asymptotes for one period as dashed lines.

Prove the identity by verifying that both sides are equivalent. Show all steps for full credit.

Prove the identity by verifying that both sides are equivalent. Show all steps for full credit.

Given:Find the exact value of:

Given:Find the exact value of:

Given:Find the exact value of:

Find the exact value of:

Simplify down one expression or value. Show all steps for full credit.

What is the area of a triangle with sides measures: 23, 19, and 12? Round to two decimal places.

Expand the binomial (2x - y2)4 .Note: For grading purposes, write your answer as a simplified polynomial expression with x decreasing in power and y increasing in power.

Simplify:

Find the 12th partial sum of the following sequence:

Express the finite series using sigma notation.Note: use k as the index of the summation.

Match the exact value of each function.

State the amplitude for the function:

State the period for the function:

State the frequency for the function:

State the phase shift for the function:

State the vertical shift for the function:

Graph the parent function for f(x) and the transformations for the function in the correct order. Graph the midline for any vertical shift and the asymptotes for one period as dashed lines.

Graph the parent function for f(x) and the transformations for the function in the correct order. Graph the midline for any vertical shift and the asymptotes for one period as dashed lines.

Solve for x with x ∈ [0, 2𝜋)

Solve for x with x ∈ [0, 2𝜋)

Solve for x for all real solutions. Let k = the set of all integers.

Solve for x for all real solutions. Let k = the set of all integers.

Prove the identity by verifying that both sides are equivalent. Show all steps for full credit.

Prove the identity by verifying that both sides are equivalent. Show all steps for full credit.

Given:Find the exact value of:

Given:Find the exact value of:

Given:Find the exact value of:

Find the exact value of:

Simplify down one expression or value. Show all steps for full credit.

Using the Law of Sines, determine how many solutions exist for the given information.

Given:Determine the following measures, if possible:Note: Round to the nearest tenth of a degree.

What is the area of a triangle with sides measures: 23, 19, and 12? Round to two decimal places.

Expand the binomial (2x - y2)4 .Note: For grading purposes, write your answer as a simplified polynomial expression with x decreasing in power and y increasing in power.

Simplify:

What is the 8th term of the following sequence:

What is the 15th term of the following sequence:

Match limit to the correct value or state the limit is nonexistent.

What is the sum for the expression:

Find the 12th partial sum of the following sequence:

Express the finite series using sigma notation.Note: use k as the index of the summation.

The following series is convergent.

The following series is convergent.

The following series is convergent.

Given:
Find the exact value of:

Given:
Find the exact value of:

Given:
Find the exact value of:

Expand the binomial (2x - y2)4 .
Note: For grading purposes, write your answer as a simplified polynomial expression with x decreasing in power and y increasing in power.

Express the finite series using sigma notation.
Note: use k as the index of the summation.

Given:
Find the exact value of:

Given:
Find the exact value of:

Given:
Find the exact value of:

Given:

Determine the following measures, if possible:

Note: Round to the nearest tenth of a degree.

Expand the binomial (2x - y2)4 .
Note: For grading purposes, write your answer as a simplified polynomial expression with x decreasing in power and y increasing in power.

Express the finite series using sigma notation.
Note: use k as the index of the summation.