Answer:
marginal cost = $2
Explanation:
given data:
cost on wool when 10 sweater made in one month = $15
cost on wool when 11 sweater made in one month = $17
fixed cost = $100
In case of no other cost present, marginal cost is given by
Marginal cost = cost of eleven sweaters - cost of ten sweaters
= $17 -$15
= $2
Answer:
The predicted value of sales is $75,037,500.
Explanation:
Given:
Q = 875 + 6XA + 15Y - 5P ……………………..(1)
Where:
Q = quantity sold = ?
XA = Advertising = $100,000
Y = Income = $10,000
P = Price = $100
Substituting the values into equation (1), we have:
Q = 875 + (6 * 100,000) + (15 * 10,000) - (5 * 100)
Q = 750,375
Therefore, we have:
Predicted value of sales = Q * P = 750,375 * $100 = $75,037,500
Therefore, the predicted value of sales is $75,037,500.
Answer:
Bal. June 30 Receipts Disbursements Bal. July 31
Balance per Bank 355,001 835,846 684,747 506,100
Deposit in Transit
June 30 86,899 -86,899
July 31 51,240 51,240
Outstanding Checks
June 30 42,690 -42,690
July 31 73,340 73,340
Unrecorded Receipts -150,000 -150,000
Unrecorded Disbursement -150,000 -150,000
Balance per Books 399,210 650,187 565,397 484,000
Answer:
1. B
2. E
Explanation:
1. Consumer or buyers use the extended decision making as it is that decision making which involves high level of the purchase involvement, extensive internal and the extensive information search with complex evaluation of the alternatives. In case of automobiles, buyers will choose the extended decision making as it is expensive, infrequently purchased products.
2. As there is involvement of high risk of financial loss in the future purchasing power, for people or consumer, the automobiles have the situational involvement, it is the short term state which directs towards the attaching relevance of a situation or person. In other words, it is an state where, it establish a level of involvement when a consumer or person think of a specific situation or object.
The total costs = Total variable costs + Total fixed costs
Given,
Average variable costs = $ 40
Average fixed cost = $ 10
Tablets produced during the year = 250
Total variable cost = Average variable costs × Tablets produced during the year
Total variable cost = 250 tablets × $ 40 = 10,000
Total fixed cost = Average fixed costs × Tablets produced during the year
Total fixed cost = 250 tablets × $ 10 = $ 2,500
Total costs = Total variable cost + Total fixed cost
Total costs = $ 10,000 + $ 2,500 = $ 12,500
