Person B is a mother of C (1 year old). B derives utility from income Y (i.e. a disposable income that she can spend on consumption goods other than childcare) and leisure L according to the utility function U(Y,L)=Y*L . She has non-labour income of $200 per day. Her time endowment is 16 hours per day that can be spent either on Leisure (which mostly consists of caring for C) or labour market work. If B works she has to leave C in the child care. B's wage is $20 per hour, while the childcare cost $5 per hour. B only uses childcare when she works. What is B's reservation wage? Round your answer to the first decimal point. Staying with the scenario in Q4. Compute how many hours B will work under these circumstances. Round your answer to the first decimal point. Stay with the scenario in Q4 . Now suppose the government introduces the childcare subsidy that covers 100% of childcare costs of working parents. How many hours will B work under the new policy? Round your answer to the first decimal point

Person B is a mother of C (1 year old). B derives utility from income Y (i.e. a disposable income that she can spend on consumption goods other than childcare) and leisure L according to the utility function U(Y,L)=Y*L . She has non-labour income of $200 per day. Her time endowment is 16 hours per day that can be spent either on Leisure (which mostly consists of caring for C) or labour market work. If B works she has to leave C in the child care. B's wage is $20 per hour, while the childcare cost $5 per hour. B only uses childcare when she works. What is B's reservation wage? Round your answer to the first decimal point. Staying with the scenario in Q4. Compute how many hours B will work under these circumstances. Round your answer to the first decimal point. Stay with the scenario in Q4 . Now suppose the government introduces the childcare subsidy that covers 100% of childcare costs of working parents. How many hours will B work under the new policy? Round your answer to the first decimal point

ENGR.ECONOMIC ANALYSIS

14th Edition

ISBN:9780190931919

Author:NEWNAN

Publisher:NEWNAN

Chapter1: Making Economics Decisions

Section: Chapter Questions

Problem 1QTC

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Concept explainers

Isocost and Isoprofit Curve Analysis

An isocost curve in the production theory that is a crucial part of economics depicts different combinations of factor inputs at a given market cost. In other words, this shows all the combinations of production factors that cost the same for the firm to employ. Usually, this can be depicted as a downward sloping straight line when the firms act as the price-takers in the factor markets. The slope of this mainly depicts the relative prices of different production factors.

Question

solve all three subparts correctly early.

Person B is a mother of C (1 year old). B derives utility from income Y (i.e. a disposable income that she can
spend on consumption goods other than childcare) and leisure L according to the utility function U(Y,L)=Y*L
. She has non-labour income of $200 per day. Her time endowment is 16 hours per day that can be spent
either on Leisure (which mostly consists of caring for C) or labour market work. If B works she has to leave C
in the child care. B's wage is $20 per hour, while the childcare cost $5 per hour. B only uses childcare when
she works.
What is B's reservation wage? Round your answer to the first decimal point.
Staying with the scenario in Q4. Compute how many hours B will work under these circumstances. Round
your answer to the first decimal point.
Stay with the scenario in Q4 . Now suppose the government introduces the childcare subsidy that covers
100% of childcare costs of working parents. How many hours will B work under the new policy? Round your
answer to the first decimal point

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