Notes 9.1 & 9.2 Exponential and Logarithmic Equations 20 pts agency

Last updated over 1 year ago

19 questions

Note from the author:

Instructions

Required

Notes 9.1 & 9.2 Exponential and Logarithmic Equations 20 pts agency

Last updated over 1 year ago

19 questions

Note from the author:

Use the practice problems in your notes to enter the answers.
20 points Agency grade.

Instructions

Use the practice problems in your notes to enter the answers.
20 points Agency grade.

Required

Notes 9.1
#1
What is the value of b? Is the following equation growth or decay?

Give answers in the following form:
b=2,growth

Required

Notes 9.1
#3
What is the value of b? Is the following equation growth or decay?

Give answers in the following form:
b=2,growth

Required

Notes 9.1
#7
Solve for x using common bases.

Your answer will be a number.

Required

Notes 9.1
#9
Solve for x using common bases.

Your answer will be a number.

Required

Notes 9.1
#10
Solve for x using common bases.

Your answer will be a number.

Required

Notes 9.1
#11
Solve for x using common bases.

Your answer will be a number.

Required

Notes 9.1 p. 4
#12
What is the value of a? What is the value of b?
Write your answer in the format:
a=6,b=7

Required

Notes 9.1 p. 4
#12
What is the equation for this situation? Predict the number of residents at the end of 2022.
Write your answer in the format: make sure to include 'x' in your equation.

Hint: use the format above.

Required

Notes 9.1 p.5
#14 Use the Simple Interest equation to find the ending balance:

$34,100 at 4% for 3 years

Hint: the equation gives you the interest only, you need to add the interest to the principle to find your answer. Use a dollar sign and round to the hundredths place (2 places) since this is money.

Required

Notes 9.1 p.5
#16 Use the Simple Interest equation to find the ending balance:

$4,000 at 3% for 4 years

Hint: the equation gives you the interest only, you need to add the interest to the principle to find your answer. Use a dollar sign and round to the hundredths place (2 places) since this is money.

Required

Notes 9.1 p.5
#18 Use the Compound Interest equation to find the ending balance:

$7,300 at 7% compounded semiannually for 3 years.

Hint: check notes p. 6 if you're not sure what semiannually means.
Use a dollar sign and round to the hundredths place (2 places) since this is money.

Required

Notes 9.1 p.5
#20 Use the Compound Interest equation to find the ending balance:

$18,000 at 9% compounded semiannually for 6 years.

Hint: check notes p. 6 if you're not sure what semiannually means.
Use a dollar sign and round to the hundredths place (2 places) since this is money.

Required

Notes 9.1 p.5
#22 Use the Continuously compounding Interest equation to find the ending balance:

Aubrey invests $4,000 at 3% interest compounded continuously. How much money will she have in 4 years?

Hint: check notes p. 4 if you're not sure what the equation is.
Use a dollar sign and round to the hundredths place (2 places) since this is money.

Required

Notes 9.2
#3

Convert to exponential form, use the math keyboard.

Required

Notes 9.2
#5

Convert to exponential form, use the math keyboard.

Required

Notes 9.2
#8

Solve the logarithmic equation, give the answer as x=

Required

Notes 9.1 & 9.2 Exponential and Logarithmic Equations 20 pts agency

Notes 9.1 & 9.2 Exponential and Logarithmic Equations 20 pts agency

Notes 9.1
#1
What is the value of b? Is the following equation growth or decay?

Give answers in the following form:
b=2,growth

Notes 9.1
#3
What is the value of b? Is the following equation growth or decay?

Give answers in the following form:
b=2,growth

Notes 9.1
#7
Solve for x using common bases.

Your answer will be a number.

Notes 9.1
#9
Solve for x using common bases.

Your answer will be a number.

Notes 9.1
#10
Solve for x using common bases.

Your answer will be a number.

Notes 9.1
#11
Solve for x using common bases.

Your answer will be a number.

Notes 9.1 p. 4
#12
What is the value of a? What is the value of b?
Write your answer in the format:
a=6,b=7

Notes 9.1 p. 4
#12
What is the equation for this situation? Predict the number of residents at the end of 2022.
Write your answer in the format: make sure to include 'x' in your equation.

Hint: use the format above.

Notes 9.1 p.5
#18 Use the Compound Interest equation to find the ending balance:

$7,300 at 7% compounded semiannually for 3 years.

Hint: check notes p. 6 if you're not sure what semiannually means.
Use a dollar sign and round to the hundredths place (2 places) since this is money.

Notes 9.1 p.5
#20 Use the Compound Interest equation to find the ending balance:

$18,000 at 9% compounded semiannually for 6 years.

Hint: check notes p. 6 if you're not sure what semiannually means.
Use a dollar sign and round to the hundredths place (2 places) since this is money.

Notes 9.2
#3

Convert to exponential form, use the math keyboard.

Notes 9.2
#5

Convert to exponential form, use the math keyboard.

Notes 9.2
#8

Solve the logarithmic equation, give the answer as x=

Notes 9.2
#12

Solve the logarithmic equation, give the answer as x=

Notes 9.2
#14

Solve for x using logarithms. Round your answer to the 100ths place.

Notes 9.2
#18

Solve for x using logarithms. Round your answer to the 100ths place.

Notes 9.1
#1
What is the value of b? Is the following equation growth or decay?

Give answers in the following form:
b=2,growth

Notes 9.1
#3
What is the value of b? Is the following equation growth or decay?

Give answers in the following form:
b=2,growth

Notes 9.1
#7
Solve for x using common bases.

Your answer will be a number.

Notes 9.1
#9
Solve for x using common bases.

Your answer will be a number.

Notes 9.1
#10
Solve for x using common bases.

Your answer will be a number.

Notes 9.1
#11
Solve for x using common bases.

Your answer will be a number.

Notes 9.1 p. 4
#12
What is the value of a? What is the value of b?
Write your answer in the format:
a=6,b=7

Notes 9.1 p. 4
#12
What is the equation for this situation? Predict the number of residents at the end of 2022.
Write your answer in the format: make sure to include 'x' in your equation.

Hint: use the format above.

Notes 9.1 p.5
#18 Use the Compound Interest equation to find the ending balance:

$7,300 at 7% compounded semiannually for 3 years.

Hint: check notes p. 6 if you're not sure what semiannually means.
Use a dollar sign and round to the hundredths place (2 places) since this is money.

Notes 9.1 p.5
#20 Use the Compound Interest equation to find the ending balance:

$18,000 at 9% compounded semiannually for 6 years.

Hint: check notes p. 6 if you're not sure what semiannually means.
Use a dollar sign and round to the hundredths place (2 places) since this is money.

Notes 9.2
#3

Convert to exponential form, use the math keyboard.

Notes 9.2
#5

Convert to exponential form, use the math keyboard.

Notes 9.2
#8

Solve the logarithmic equation, give the answer as x=

Notes 9.2
#12

Solve the logarithmic equation, give the answer as x=

Notes 9.2
#14

Solve for x using logarithms. Round your answer to the 100ths place.

Notes 9.2
#18

Solve for x using logarithms. Round your answer to the 100ths place.

Notes 9.1 & 9.2 Exponential and Logarithmic Equations 20 pts agency

Notes 9.1 & 9.2 Exponential and Logarithmic Equations 20 pts agency

Notes 9.1#1What is the value of b? Is the following equation growth or decay?Give answers in the following form:b=2,growth

Notes 9.1#3What is the value of b? Is the following equation growth or decay?Give answers in the following form:b=2,growth

Notes 9.1#7Solve for x using common bases.Your answer will be a number.

Notes 9.1#9Solve for x using common bases.Your answer will be a number.

Notes 9.1#10Solve for x using common bases.Your answer will be a number.

Notes 9.1#11Solve for x using common bases.Your answer will be a number.

Notes 9.1 p. 4#12What is the value of a? What is the value of b?Write your answer in the format:a=6,b=7

Notes 9.1 p. 4#12What is the equation for this situation? Predict the number of residents at the end of 2022.Write your answer in the format: make sure to include 'x' in your equation.Hint: use the format above.

Notes 9.1 p.5#16 Use the Simple Interest equation to find the ending balance:$4,000 at 3% for 4 yearsHint: the equation gives you the interest only, you need to add the interest to the principle to find your answer. Use a dollar sign and round to the hundredths place (2 places) since this is money.

Notes 9.1 p.5#18 Use the Compound Interest equation to find the ending balance:$7,300 at 7% compounded semiannually for 3 years.Hint: check notes p. 6 if you're not sure what semiannually means. Use a dollar sign and round to the hundredths place (2 places) since this is money.

Notes 9.1 p.5#20 Use the Compound Interest equation to find the ending balance:$18,000 at 9% compounded semiannually for 6 years.Hint: check notes p. 6 if you're not sure what semiannually means. Use a dollar sign and round to the hundredths place (2 places) since this is money.

Notes 9.2#3Convert to exponential form, use the math keyboard.

Notes 9.2#5Convert to exponential form, use the math keyboard.

Notes 9.2#8Solve the logarithmic equation, give the answer as x=

Notes 9.2#12Solve the logarithmic equation, give the answer as x=

Notes 9.2#14Solve for x using logarithms. Round your answer to the 100ths place.

Notes 9.2#18Solve for x using logarithms. Round your answer to the 100ths place.

Notes 9.1#1What is the value of b? Is the following equation growth or decay?Give answers in the following form:b=2,growth

Notes 9.1#3What is the value of b? Is the following equation growth or decay?Give answers in the following form:b=2,growth

Notes 9.1#7Solve for x using common bases.Your answer will be a number.

Notes 9.1#9Solve for x using common bases.Your answer will be a number.

Notes 9.1#10Solve for x using common bases.Your answer will be a number.

Notes 9.1#11Solve for x using common bases.Your answer will be a number.

Notes 9.1 p. 4#12What is the value of a? What is the value of b?Write your answer in the format:a=6,b=7

Notes 9.1 p. 4#12What is the equation for this situation? Predict the number of residents at the end of 2022.Write your answer in the format: make sure to include 'x' in your equation.Hint: use the format above.

Notes 9.1 p.5#16 Use the Simple Interest equation to find the ending balance:$4,000 at 3% for 4 yearsHint: the equation gives you the interest only, you need to add the interest to the principle to find your answer. Use a dollar sign and round to the hundredths place (2 places) since this is money.

Notes 9.1 p.5#18 Use the Compound Interest equation to find the ending balance:$7,300 at 7% compounded semiannually for 3 years.Hint: check notes p. 6 if you're not sure what semiannually means. Use a dollar sign and round to the hundredths place (2 places) since this is money.

Notes 9.1 p.5#20 Use the Compound Interest equation to find the ending balance:$18,000 at 9% compounded semiannually for 6 years.Hint: check notes p. 6 if you're not sure what semiannually means. Use a dollar sign and round to the hundredths place (2 places) since this is money.

Notes 9.2#3Convert to exponential form, use the math keyboard.

Notes 9.2#5Convert to exponential form, use the math keyboard.

Notes 9.2#8Solve the logarithmic equation, give the answer as x=

Notes 9.2#12Solve the logarithmic equation, give the answer as x=

Notes 9.2#14Solve for x using logarithms. Round your answer to the 100ths place.

Notes 9.2#18Solve for x using logarithms. Round your answer to the 100ths place.

Notes 9.1
#1
What is the value of b? Is the following equation growth or decay?

Give answers in the following form:
b=2,growth

Notes 9.1
#3
What is the value of b? Is the following equation growth or decay?

Give answers in the following form:
b=2,growth

Notes 9.1
#7
Solve for x using common bases.

Your answer will be a number.

Notes 9.1
#9
Solve for x using common bases.

Your answer will be a number.

Notes 9.1
#10
Solve for x using common bases.

Your answer will be a number.

Notes 9.1
#11
Solve for x using common bases.

Your answer will be a number.

Notes 9.1 p. 4
#12
What is the value of a? What is the value of b?
Write your answer in the format:
a=6,b=7

Notes 9.1 p. 4
#12
What is the equation for this situation? Predict the number of residents at the end of 2022.
Write your answer in the format: make sure to include 'x' in your equation.

Hint: use the format above.

Notes 9.1 p.5
#18 Use the Compound Interest equation to find the ending balance:

$7,300 at 7% compounded semiannually for 3 years.

Hint: check notes p. 6 if you're not sure what semiannually means.
Use a dollar sign and round to the hundredths place (2 places) since this is money.

Notes 9.1 p.5
#20 Use the Compound Interest equation to find the ending balance:

$18,000 at 9% compounded semiannually for 6 years.

Hint: check notes p. 6 if you're not sure what semiannually means.
Use a dollar sign and round to the hundredths place (2 places) since this is money.

Notes 9.2
#3

Convert to exponential form, use the math keyboard.

Notes 9.2
#5

Convert to exponential form, use the math keyboard.

Notes 9.2
#8

Solve the logarithmic equation, give the answer as x=

Notes 9.2
#12

Solve the logarithmic equation, give the answer as x=

Notes 9.2
#14

Solve for x using logarithms. Round your answer to the 100ths place.

Notes 9.2
#18

Solve for x using logarithms. Round your answer to the 100ths place.

Notes 9.1
#1
What is the value of b? Is the following equation growth or decay?

Give answers in the following form:
b=2,growth

Notes 9.1
#3
What is the value of b? Is the following equation growth or decay?

Give answers in the following form:
b=2,growth

Notes 9.1
#7
Solve for x using common bases.

Your answer will be a number.

Notes 9.1
#9
Solve for x using common bases.

Your answer will be a number.

Notes 9.1
#10
Solve for x using common bases.

Your answer will be a number.

Notes 9.1
#11
Solve for x using common bases.

Your answer will be a number.

Notes 9.1 p. 4
#12
What is the value of a? What is the value of b?
Write your answer in the format:
a=6,b=7

Notes 9.1 p. 4
#12
What is the equation for this situation? Predict the number of residents at the end of 2022.
Write your answer in the format: make sure to include 'x' in your equation.

Hint: use the format above.

Notes 9.1 p.5
#18 Use the Compound Interest equation to find the ending balance:

$7,300 at 7% compounded semiannually for 3 years.

Hint: check notes p. 6 if you're not sure what semiannually means.
Use a dollar sign and round to the hundredths place (2 places) since this is money.

Notes 9.1 p.5
#20 Use the Compound Interest equation to find the ending balance:

$18,000 at 9% compounded semiannually for 6 years.

Hint: check notes p. 6 if you're not sure what semiannually means.
Use a dollar sign and round to the hundredths place (2 places) since this is money.

Notes 9.2
#3

Convert to exponential form, use the math keyboard.

Notes 9.2
#5

Convert to exponential form, use the math keyboard.

Notes 9.2
#8

Solve the logarithmic equation, give the answer as x=

Notes 9.2
#12

Solve the logarithmic equation, give the answer as x=

Notes 9.2
#14

Solve for x using logarithms. Round your answer to the 100ths place.

Notes 9.2
#18

Solve for x using logarithms. Round your answer to the 100ths place.