Question

Suppose that there are two kinds of cars: cheap cars that get lousy gas mileage and...

Suppose that there are two kinds of cars: cheap cars that get lousy gas mileage and expensive
cars that get good mileage.
5. On the same diagram, draw your budget constraint between “miles driven” and “all other
goods” when you own a cheap car, and when you own an expensive car.
6. Considering that you get to decide which kind of car to own, draw your budget constraint
between “miles driven" and “all other goods". Use the same diagram you drew to answer
question 5.
7. Suppose that the price of gasoline goes up, and you respond by increasing your
purchases of gasoline. True or False: This means that gasoline is a Giffen good for you.

Homework Answers

Answer #1

7. if the price of gasoline goes up and we respond with more consumption of gasoline . it means that gasoline is so inferior for me that I start consuming more of it as the price of gasoline increases. therefore it is true that gasoline is giffen good for me.

Dear student/learner, According to our protocol I am obliged to solve only one question. you can post the other questions separately. It would be our pleasure to help you solve the other questions. morever, questions 5 &6 need more information to solve.
t was my great pleasure to help you solving this problem. I wish you best luck for your learning endeavour.
Happy Learning

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
            Gasoline: Many drivers of cars that run on regular gas actually buy premium in the...
            Gasoline: Many drivers of cars that run on regular gas actually buy premium in the belief that they will get better gas mileage. To test that belief, we use 10 cars from a company fleet in which all the cars run on regular gas. Each car is filled first with either regular or premium gasoline, decided by a coin toss, and the mileage for that tankful is recorded. Then the mileage is recorded again for the same cars for...
Many drivers of cars that can run on regular gas actually buy premium in the belief...
Many drivers of cars that can run on regular gas actually buy premium in the belief that they will get better gas mileage. To test that belief, we use 10 cars from a company fleet in which all the cars run on regular gas. Each car is filled first with either regular or premium gasoline, decided by a coin toss, and the mileage for that tankful is recorded. Then the mileage is recorded again for the same car for tankful...
Your small remodeling business has two work vehicles. One is a small passenger car used for...
Your small remodeling business has two work vehicles. One is a small passenger car used for job-site visits and for other general business purposes. The other is a heavy truck used to haul equipment. The car gets 25 miles per gallon (mpg). The truck gets 10 mpg. You want to improve gas mileage to save money, and you have enough money to upgrade one vehicle. The upgrade cost will be the same for both vehicles. An upgraded car will get...
Your small remodeling business has two work vehicles. One is a small passenger car used for...
Your small remodeling business has two work vehicles. One is a small passenger car used for job-site visits and for other general business purposes. The other is a heavy truck used to haul equipment. The car gets 25 miles per gallon (mpg). The truck gets 10 mpg. You want to improve gas mileage to save money, and you have enough money to upgrade one vehicle. The upgrade cost will be the same for both vehicles. An upgraded car will get...
Suppose you buy a new car whose advertised mileage is 23 miles per gallon​ (mpg). After...
Suppose you buy a new car whose advertised mileage is 23 miles per gallon​ (mpg). After driving your car for several​ months, you find that its mileage is 18.5 mpg. You telephone the manufacturer and learn that the standard deviation of gas mileages for all cars of the model you bought is 1.24 mpg. a. Find the​ z-score for the gas mileage of your​ car, assuming the advertised claim is correct. b. Does it appear that your car is getting...
For each scenario below, do the following: (1) Indicate which procedure you would use: (i) two-independent...
For each scenario below, do the following: (1) Indicate which procedure you would use: (i) two-independent sample t-test, (ii) paired t- test, (iii) chi-square goodness-of-fit test, (iv) chi-square test of independence, (v) t-test of a regression coefficient, (vi) an F −test for multiple regression, (vii) a one-way ANOVA, or (viii) a two-way ANOVA. (2) Based on your answer in (1), state the appropriate null and alternative hypotheses. (3) For all procedures except (i), state the degrees of freedom(s) for the...
Suppose you get rid of your old gas-guzzling car and buy a new fuel-efficient car. Driving...
Suppose you get rid of your old gas-guzzling car and buy a new fuel-efficient car. Driving is now cheaper, but on the other hand you have to make monthly car payments. You find that, on balance you are exactly as happy as before (i.e. you get the same total utility and hence are on the same indifference curve). Illustrate this situation using indifference curves between “car rides” and “all other goods.” Are you now driving more or less than you...
Suppose there are two goods, good X and good Y . Both goods are available in...
Suppose there are two goods, good X and good Y . Both goods are available in arbitrary non-negative quantities; that is, the consumption set is R2++. A typical consumption bundle is denoted (x,y), where x is the quantity of good X and y is the quantity of good Y . A consumer, Alia, faces two constraints. First, she has a limited amount of wealth, w > 0, to spend on the goods X and Y , and both of these...
Some people believe that​ higher-octane fuels result in better gas mileage for their car. To test...
Some people believe that​ higher-octane fuels result in better gas mileage for their car. To test this​ claim, a researcher randomly selected 11 individuals to participate in the study. Each participant received 10 gallons of gas and drove his car on a closed course. The number of miles driven until the car ran out of gas was recorded. A coin flip was used to determine whether the car was filled up with​ 87-octane or​ 92-octane first, and the driver did...
Suppose you run a regression containing observations for each of the 74 kinds of cars releasted...
Suppose you run a regression containing observations for each of the 74 kinds of cars releasted in 1978 in the United States, and you regress price (in dollars) on weight (in pounds). You get the following results: βˆ 0 is -6.71, with SE 1174.4. βˆ 1 (slope coefficient on weight) is 2.04 with SE .377. • (4 points) Say, in words, what the slope coefficient means in this case, without taking a stand on causality. • (5 points) Suppose I...