Answer:
B
Explanation:
Real GDP measure total economic output by an economy in a specific geographical boundary regardless of ownership of factors of production, within a year, ceteris paribus.
Real GDP is a good indicator but is not a perfect indicator as underground economy (private tuition whereby taxes and consumption of goods and services) are not accounted for.
Real GDP does not measure Non-Material standard of living like leisure hours, health and life expectancy... It needs other indicators.
Both B and D is a bit effy as:
For D, GDP does not even measure such Non-Material SOL
For B, GDP is not 100 percent accurate on measuring household production (local production? I believe there is no such phrasing as household production as by economics, household is involved in household spending, Contributing to Consumption expenditure in Aggregate Demand.) as there are other factors like presence of underground economy that is not accounted for.
However, B seems like the most accurate ans as it still measures national output.
Answer:
$774 unfavorable
Explanation:
The computation of the direct material quantity variance is shown below:
= Standard Price × (Standard Quantity - Actual Quantity)
= $8.60 × (1,910 kilograms - 2,000 kilograms)
= $8.60 × 90 kilograms
= $774 unfavorable
Since it is unfavorable as it derives that actual quantity is more than the standard quantity and in the case of favorable, the actual quantity is less than the standard quantity
Answer:
Varies
Explanation:
They can go against natural resources.
First off, the lenders were simply in a position to do so. Secondly, there was an incredible amount of risk involved in loans to pilgrims. Early settlers had numerous obstacles to overcome, such as harsh winters, poor crop yields and the voyage alone to the new world was extremely risky. Dead people cannot pay debts, but those who lived on could. The high risk resulted in high interest rates.
I would say that all of the following are steps to help you be a good problem solver except B and C. You need to define the problem and then set about creating solutions. For example, if it is becoming too expensive to haul ore out of an open pit because it its too deep so the haulage costs are prohibitive, then a potential solution involves decreasing haulage costs by shortening the haul which can be resolved by extending in pit conveyors and crusher down close to the ore deep within the pit.
