Based on the correlational analysis of X and Y that is given, we can infer that there is a linear relationship between X and Y.
<h3>What does the correlation analysis show?</h3>
The Pearson correlation coefficient shows if there is a linear relationship between given variables.
In the given table, the Pearson Correlation coefficient is not 0 for either variable which means that a linear relationship does in fact exist between the variables.
Find out more on the Pearson correlation coefficient at brainly.com/question/24084533.
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The price at which equilibrium is reached is known as the equilibrium price. In economics, the equilibrium price is reached when the quantity of a certain product will match the demand of a certain product with regard to price per product. In order to solve for this, you have to compute for quantity demand and quantity supply. After that, you have to graph the line of these two equations and find where these two lines would intersect to find the equilibrium price.
Answer:
Price will increase by $277.58
Explanation:
Market rate of Interest of a zero coupon bond can be determined by following formula
Market Rate of Interest = [ ( F / P )^(1/30) ] - 1
4.25% = [ ( $5000 / P )^(1/30) ] - 1
0.0425 + 1 = ( $5000 / P )^1/30
( 1.0425 )^30 = (( $5000 / P )^1/30)^30
3.4856 = $5000 / P
P = $5,000 / 3.4856
P = $1,434.46
Now Calculate the change in Price
Change in price = $1,434.46 - $1,156.88 = $277.58
Price will increase by $277.58
Answer:
Help farmers by increasing total revenue in the market but hurt consumers by raising food prices
Explanation:
Farm subsidies are expensive for taxpayers while also harming the economy and the environment. These government programs restrict farmers from wanting to innovate, cut costs, diversify their use of the land, and perform other necessary actions that bring them economic prosperity. This affects customers by raising food prices.
Answer:
$40,000
Explanation:
For computing the total variable cost, first we have to determine the variable cost per unit which is shown below:
= (Direct materials cost + Indirect materials - variable + Direct labor cost) ÷ (number of units produced and sold)
= ($18,000 + $2,000 + $10,000) ÷ (3,000 units)
= ($30,000) ÷ (3,000 units)
= $10 per unit
Now the total variable cost would be
= $4,000 units × $10 per unit
= $40,000
