Answer:
Explanation:
The chart below gives prices and output information for the country of Utopia. Use this information to calculate real and nominal GDP for both years. Use 2017 as the base year.
Year 2016 2017
Price Quantity Price Quantity
Ice Cream $7.00 600 $3.00 400
Blue Jeans $70.00 20 $20.00 90
Laptops $300.00 5 $300.00 5
2016 nominal GDP = $_(7 x 600) + (70 x 20) + (300 x 5)_ = $7,100
2017 nominal GDP = $_(3 x 400)+(20 x 90) + (300 x 5)_ = $4,500
2016 real GDP = $__(7100-4500)/ 4500)) / change in ice cream price of 50%+ change in blue jean price of (70-20/20) 250%_______
= 0.57/3 = 0.19% growth. Technically the economy was better in 2016 than in 2017.
2017 real GDP = will be same as nominal, hence no growth since this is the base year
The white house is in the middle. Good riddle!
D. foreign real national income falls and wages rates rise.
Answer:
Earning $700,000 next year playing for a European professional football team
Explanation:
Opportunity cost is the sacrificed option in decision making. The value of opportunity cost is expressed as the forfeited benefits from the next best alternative. Opportunity cost arises due to scarcity of resources, including time and finances.
The student-athlete cannot be in school and engage in play in a professional league in the same year. The student has to pick one option as he or she cannot be in two places at the same time. The forfeited option is the opportunity cost. In the case of many options, the forgone option with the highest value is the opportunity cost. For this student-athlete, $700,000 missed for not playing for a European professional football team is the opportunity cost. It represents the next best alternative from the option chosen.
For the first blank, the answer would be is a well-defined
problem. A well-defined problems have exact goals, noticeably defined
solution tracks, and clear predictable solutions.
While for the second blank, the answer would be the
application of algorithms. In mathematics, it is a clear-cut description of how
to crack a group of problems. Algorithms can do calculation,
data processing and automatic reasoning jobs.
