<span>The correct answer is She can use a complex query linking student scores by name and available study period, then sort the data and group it. By doing this, she would have used both tables to make a decision on how to group the students for a review class.</span>
Thirty One percent <span>of the u.s. adult population has a college or post-college education (as of 2012).</span>
What are the statements to the question?
Yes According to the Mid Point Method The degree to which customers are receptive to price changes is gauged by their price elasticity of demand.
<u>WORKING OF MID POINT METHOD</u>
Demand is considered to be elastic if consumer behaviour changes significantly in reaction to a minor change in price, as opposed to inelastic if customers alter their purchasing behaviour very little in response to a large change in price.
- The percentage change in quantity subtracted from the percentage change in price represents the price elasticity of demand. The following formula may be used to calculate the percentage change in the number of oranges requested in this area using the midpoint method:
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Answer: Total cost (23500 hours predicted ) = $ 484625
Explanation:
The question is incomplete the high and low methods requires us to use high and low level of activity together with the corresponding total costs at each level to determine the variable cost per unit. we will provide assumed total costs and nursing hours in order to show how high and low method is used to predict total costs for the next period.
Assume the following were total costs and corresponding nursing hours for the previous 3 months
Total cost Hours
$560000 30000 hours
$400000 220000 hours
$225000 10000 hours
calculating Variable cost using high and low method
Variable cost per unit = (high cost - low cost)/high hour - low hours)
Variable Cost Per unit = (840000 - 225000)/ (30000 - 10000) = 16.75
Variable cost per unit = $ 16.75
Fixed costs = 560000 - (28000 x 16.75) = 560000 - 469000
Fixed costs = $91000
Total cost (23500 hours predicted ) =Total Fixed cost + Total Variable costs
Total cost (23500 hours predicted ) = $91000 + (23500 x $16.75)
Total cost (23500 hours predicted ) == $91000 + $393625
Total cost (23500 hours predicted ) = $ 484625