There are two shows on Netflix that Jeff can watch, Show 1 and Show 2. Where x₁ measures the number of episodes watched of Show 1 and x₂ measures the number of episodes watched of Show 2, Jeff's preferences can be represented by u(x₁, x₂) = x² + ax². Jeff has 13 hours available for watching Netflix today. Each episode of Show 1 lasts hours, while each episode of Show 2 lasts 1 hour. Draw an indifference curve for Jeff, then answer the following questions. If rounding is needed, please round to 3 decimal places. a) When a = 2, Jeff optimally watches episodes of Show 1..... (fill in the blank) b) ... and he watches episodes of Show 2. (fill in the blank) c) When a = 6, Jeff optimally watches episodes of Show 1..... (fill in the blank) d) ... and he watches. episodes of Show 2. (fill in the blank)
There are two shows on Netflix that Jeff can watch, Show 1 and Show 2. Where x₁ measures the number of episodes watched of Show 1 and x₂ measures the number of episodes watched of Show 2, Jeff's preferences can be represented by u(x₁, x₂) = x² + ax². Jeff has 13 hours available for watching Netflix today. Each episode of Show 1 lasts hours, while each episode of Show 2 lasts 1 hour. Draw an indifference curve for Jeff, then answer the following questions. If rounding is needed, please round to 3 decimal places. a) When a = 2, Jeff optimally watches episodes of Show 1..... (fill in the blank) b) ... and he watches episodes of Show 2. (fill in the blank) c) When a = 6, Jeff optimally watches episodes of Show 1..... (fill in the blank) d) ... and he watches. episodes of Show 2. (fill in the blank)
Chapter1: Making Economics Decisions
Section: Chapter Questions
Problem 1QTC
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![There are two shows on Netflix that Jeff can watch, Show 1 and Show 2. Where x₁ measures the number of episodes watched of Show 1 and x2 measures the number of episodes
watched of Show 2, Jeff's preferences can be represented by u(x₁, x2 ) = x² + ax². Jeff has 13 hours available for watching Netflix today. Each episode of Show 1 lasts — hours, while
each episode of Show 2 lasts 1 hour.
Draw an indifference curve for Jeff, then answer the following questions. If rounding is needed, please round to 3 decimal places.
a) When a = 2, Jeff optimally watches episodes of Show 1..... (fill in the blank)
b) ... and he watches episodes of Show 2. (fill in the blank)
c) When a = 6, Jeff optimally watches episodes of Show 1..... (fill in the blank)
d) ... and he watches episodes of Show 2. (fill in the blank)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fbe2f06ec-386b-48fe-a0aa-693791b9b831%2F2e95d69f-8fd2-4fd2-ae3b-f85c6f215bc3%2Fm2ov1l_processed.png&w=3840&q=75)
Transcribed Image Text:There are two shows on Netflix that Jeff can watch, Show 1 and Show 2. Where x₁ measures the number of episodes watched of Show 1 and x2 measures the number of episodes
watched of Show 2, Jeff's preferences can be represented by u(x₁, x2 ) = x² + ax². Jeff has 13 hours available for watching Netflix today. Each episode of Show 1 lasts — hours, while
each episode of Show 2 lasts 1 hour.
Draw an indifference curve for Jeff, then answer the following questions. If rounding is needed, please round to 3 decimal places.
a) When a = 2, Jeff optimally watches episodes of Show 1..... (fill in the blank)
b) ... and he watches episodes of Show 2. (fill in the blank)
c) When a = 6, Jeff optimally watches episodes of Show 1..... (fill in the blank)
d) ... and he watches episodes of Show 2. (fill in the blank)
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