Resources

Resources

Find trigonometric functions using a calculator

x

, rounding to the nearest hundredth.

\newline

7 \cdot 3^{\frac{x}{4}}=1

\newline

x

, rounding to the nearest hundredth.

\newline

3^{\frac{x}{4}}=35

\newline

x

, rounding to the nearest hundredth.

\newline

88 e^{x}=48

\newline

x

, rounding to the nearest hundredth.

\newline

48 \cdot 3^{4 x}=8

\newline

Find the sum of the first

10

terms of the following sequence. Round to the nearest hundredth if necessary.

\newline

4, \quad-10, \quad 25, \ldots

\newline

Sum of a finite geometric series:

\newline

S_{n}=\frac{a_{1}-a_{1} r^{n}}{1-r}

\newline

Find the sum of the first

7

terms of the following sequence. Round to the nearest hundredth if necessary.

\newline

5, \quad 6, \quad \frac{36}{5}, \ldots

\newline

Sum of a finite geometric series:

\newline

S_{n}=\frac{a_{1}-a_{1} r^{n}}{1-r}

\newline

Find the sum of the first

8

terms of the following sequence. Round to the nearest hundredth if necessary.

\newline

12, \quad-18, \quad 27, \ldots

\newline

Sum of a finite geometric series:

\newline

S_{n}=\frac{a_{1}-a_{1} r^{n}}{1-r}

\newline

Find the sum of the first

7

terms of the following sequence. Round to the nearest hundredth if necessary.

\newline

8, \quad 24, \quad 72, \ldots

\newline

Sum of a finite geometric series:

\newline

S_{n}=\frac{a_{1}-a_{1} r^{n}}{1-r}

\newline

Find the sum of the first

9

terms of the following sequence. Round to the nearest hundredth if necessary.

\newline

20, \quad-100, \quad 500, \ldots

\newline

Sum of a finite geometric series:

\newline

S_{n}=\frac{a_{1}-a_{1} r^{n}}{1-r}

\newline

Find the sum of the first

7

terms of the following sequence. Round to the nearest hundredth if necessary.

\newline

92, \quad 78.2, \quad 66.47, \ldots

\newline

Sum of a finite geometric series:

\newline

S_{n}=\frac{a_{1}-a_{1} r^{n}}{1-r}

\newline

Find the sum of the first

9

terms of the following sequence. Round to the nearest hundredth if necessary.

\newline

8, \quad-4, \quad 2, \ldots

\newline

Sum of a finite geometric series:

\newline

S_{n}=\frac{a_{1}-a_{1} r^{n}}{1-r}

\newline

Find the sum of the first

10

terms of the following sequence. Round to the nearest hundredth if necessary.

\newline

12, \quad 2, \quad \frac{1}{3}, \ldots

\newline

Sum of a finite geometric series:

\newline

S_{n}=\frac{a_{1}-a_{1} r^{n}}{1-r}

\newline

Find the sum of the first

8

terms of the following sequence. Round to the nearest hundredth if necessary.

\newline

16, \quad-8, \quad 4, \ldots

\newline

Sum of a finite geometric series:

\newline

S_{n}=\frac{a_{1}-a_{1} r^{n}}{1-r}

\newline

Find the sum of the first

9

terms of the following sequence. Round to the nearest hundredth if necessary.

\newline

36, \quad 9, \quad \frac{9}{4}, \ldots

\newline

Sum of a finite geometric series:

\newline

S_{n}=\frac{a_{1}-a_{1} r^{n}}{1-r}

\newline

Find the sum of the first

7

terms of the following sequence. Round to the nearest hundredth if necessary.

\newline

21, \quad-7, \quad \frac{7}{3}, \ldots

\newline

Sum of a finite geometric series:

\newline

S_{n}=\frac{a_{1}-a_{1} r^{n}}{1-r}

\newline

Find the sum of the first

8

terms of the following series, to the nearest integer.

\newline

3,4, \frac{16}{3}, \ldots

\newline

Find the sum of the first

7

terms of the following series, to the nearest integer.

\newline

8,6, \frac{9}{2}, \ldots

\newline

Find the value of the following expression and round to the nearest integer:

\newline

\sum_{n=0}^{93} 400(0.94)^{n+1}

\newline

11

th term of the arithmetic sequence

x+1,-5 x+7,-11 x+13, \ldots

\newline

5^{\text {th }}

term of the arithmetic sequence

-3 x+3,4 x-1,11 x-5, \ldots

\newline

13^{\text {th }}

term of the arithmetic sequence

5 x-6,-2 x-11,-9 x-16, \ldots

\newline

5^{\text {th }}

term of the arithmetic sequence

-3 x+7,-7 x+3,-11 x-1, \ldots

\newline

14

th term of the arithmetic sequence

x+8,8 x+2,15 x-4, \ldots

\newline

7

th term of the arithmetic sequence

5 x-4,-2 x-9,-9 x-14, \ldots

\newline

14

th term of the arithmetic sequence

x+3,7 x-4,13 x-11, \ldots

\newline

15^{\text {th }}

term of the arithmetic sequence

5 x+1,9 x+7,13 x+13, \ldots

\newline

11

th term of the arithmetic sequence

-5 x+9,-7 x+2,-9 x-5, \ldots

\newline

5^{\text {th }}

term of the arithmetic sequence

x+3,5 x+5,9 x+7, \ldots

\newline

14

th term of the arithmetic sequence

-2 x+5, x+3,4 x+1, \ldots

\newline

13^{\text {th }}

term of the arithmetic sequence

x+1,-2 x-3,-5 x-7, \ldots

\newline

12

th term of the geometric sequence shown below.

\newline

-x^{8},-2 x^{9},-4 x^{10}, \ldots

\newline

8

th term of the geometric sequence shown below.

\newline

-8 x^{6},-8 x^{7},-8 x^{8}, \ldots

\newline

12

th term of the geometric sequence shown below.

\newline

4 x,-8 x^{3}, 16 x^{5}, \ldots

\newline

9

th term of the geometric sequence shown below.

\newline

-x^{5},-x^{9},-x^{13}, \ldots

\newline

7

th term of the geometric sequence shown below.

\newline

-6 x^{7}, 30 x^{8},-150 x^{9}, \ldots

\newline

7

th term of the geometric sequence shown below.

\newline

-10 x^{6}, 10 x^{11},-10 x^{16}, \ldots

\newline

10

th term of the geometric sequence shown below.

\newline

-3 x^{6}, 6 x^{10},-12 x^{14}, \ldots

\newline

7

th term of the geometric sequence shown below.

\newline

x^{4},-3 x^{7}, 9 x^{10}, \ldots

\newline

8

th term of the geometric sequence shown below.

\newline

-2 x^{8},-4 x^{10},-8 x^{12}, \ldots

\newline

8

th term of the geometric sequence shown below.

\newline

-2 x^{3}, 4 x^{6},-8 x^{9}, \ldots

\newline

9

th term of the geometric sequence shown below.

\newline

-4 x^{6}, 4 x^{11},-4 x^{16}, \ldots

\newline

8

th term of the geometric sequence shown below.

\newline

-4 x^{6},-20 x^{8},-100 x^{10}, \ldots

\newline

12

th term of the geometric sequence shown below.

\newline

-8 x^{2}, 16 x^{5},-32 x^{8}, \ldots

\newline

Rotate the yellow dot to a location of

\pi

radians. After you rotate the angle, determine the value of

\sin \pi

, to the nearest hundredth.

Rotate the yellow dot to a location of

1

radian. After you rotate the angle, determine the value of

\sin 1

, to the nearest hundredth.

Rotate the yellow dot to a location of

4

radians. After you rotate the angle, determine the value of

\sec 4

, to the nearest hundredth.

Rotate the yellow dot to a location of

5

radians. After you rotate the angle, determine the value of

\sin 5

, to the nearest hundredth.

P(A)=0.74, P(B)=0.6

P(A \mid B)=0.9

, find the value of

P(A

B)

, rounding to the nearest thousandth, if necessary.

\newline

P(A)=0.66, P(B)=0.3

P(A

B)=0.248

, find the value of

P(A \mid B)

, rounding to the nearest thousandth, if necessary.

\newline

P(A)=0.72, P(B)=0.3

P(A

B)=0.754

, find the value of

P(A

B)

, rounding to the nearest thousandth, if necessary.

\newline

...