<span>Which promotion exemplifies the use of a fixed-ratio schedule of reinforcement? A café prints "you are a winner" on a random one-twelfth of its coffee lids; patrons receiving such a lid can redeem it for a free beverage. A fixed-ratio schedule of reinforcement, which a response is reinforced when there is a set number of responses. Every set number of people purchasing the coffee have a chance to win a free beverage. </span>
Answer:
The answers are:
A) 25.23 million people
B) 70.28%
C) 4.92 million people
D) 19.50%
Explanation:
Laborland's total labor force can be calculated by adding those who are employed and those who are unemployed but were searching for a job during the last month.
- 4.6 million (part-time employed) + 15.71 million (full-time employed) + 3.2 million (looked for a job two weeks ago) + 1.72 million (looked for a job between two and four weeks ago) = 25.23 million people
Laborland's labor force participation rate can be calculated by dividing the labor force by the total population.
- (25.23 million / 35.9 million) x 100% = 70.28%
Laborland's total unemployed can be calculated by adding the number of people without a job that searched for a job during the last month.
- 3.2 million + 1.72 million = 4.92 million people
Laborland's unemployment rate can be calculated by dividing the total number of unemployed people by the total work force.
- (4.92 million / 25.23 million) x 100% = 19.50%
Answer:
From zero to 33 boats option B would be best
Explanation:
Assuming the first alternative (A)is 250,000 fixed and 500 per boat
second (B) 2,500 cost per boat
and third (C) 50,000 fixed and 1,000 cost per boat
We want' to know at which level B would be the best option
we want to know when alternative C or A have a cost of 2,500 or lower:
A:


Q = 125
From this point, as fixed cost will be distribute among more units, the cost will decrease meaking C better than B
C:


Q = 33.33
From this point, as fixed cost will be distribute among more units, the cost will decrease meaking A better than B
From zero to 33 boats option B would be the best of the three options
Answer:
d. $29,580.
Explanation:
Note: The data in the question are merged together and they are first sorted and separated as given in the attached file before the question is answered.
Cost individually incurred by Maintenance = $25,500
Share of Payroll Department cost = $20,400 * (15/75) = $4,080
Total Maintenance Cost = $25,500 + $4,080 = $29,580.
Therefore, he total cost of operating the Maintenance Department for the current period is d. $29,580.
Answer:
$21
Explanation:
The computation of the sales commission per unit sold is shown below:
= Selling price per unit × sales commission percentage
= $350 × 6%
= $21
By multiplying the selling price per unit with the sales commission percentage we can get the sales commission per unit and the same is shown above in the calculation part.
All other information is not relevant. Hence, ignored it