Answer: Option (d) is correct.
Explanation:
Correct option: For the 10th worker, the marginal revenue product is $120 per day. 
If she hires 9 workers then the store can sell 200 pounds of produce per day
If she hires 10 workers then the store can sell 230 pounds of produce per day
Extra units produce from hiring 10th worker = 230 - 200 = 30 pounds of produce per day
Store earns = $4 for each pound 
Therefore, the marginal revenue product for the 10th worker = selling price of each pound × Extra units produce from hiring 10th worker
= $4 × 30
=$120
 
        
             
        
        
        
The increase in US interest rates relative to the British interest rate would cause the Swiss demand for dollars to increase and the dollar will appreciate against the Swiss franc.
<h3>Why would the demand for dollars increase and the dollar appreciate?</h3>
When the interest rates of the US increases relative to that of the Britain, investors would earn a higher rate of return relative to that of Britain. As a result, investors would prefer to invest in the US. 
When there is an increase in the demand for the US dollars relative to the Swiss franc, the US dollars would appreciate. 
To learn more about interest rates, please check: brainly.com/question/26164549
 
        
             
        
        
        
Answer:
$59,410
Explanation:
With regards to the above information, we need to calculate first, total number of units for first quarter of the year.
Total number of units for first quarter of the year = 2,960 + 2,740 + 3,440
= 9,140
But, each unit requires 0.5 hours of direct labor.
It therefore means that;
1 unit need ----- 0.5 hours of direct labor
9,140 ----- ?
= (9,140 × 0.5) / 1
= 4,570 hours.
Finally, we will multiply the total hours by the payment per hour, or direct labor rate; which is $13 per hour.
= 4,570 × $13
= $59,410
Therefore, the budgeted direct labor cost for the first quarter of the year is $59,410
 
        
             
        
        
        
<span>1 candy cost 1
2 candies cost 1+.50=1.50 ( here D is not an integer, hence we cannot buy 2 candies . so we can reject all cases where D is non Integer)
3 candies cost 1.50 +1 =2.50
4 candies cost 2.50+.50= 3
5 candies cost 3+1= 4
6 candies cost 4+.50= 4.50
7 candies cost 4.50+1=5.50
8 candies cost 5.50.+.50= 6
9 candies cost 6+1= 7
.....
13 candies cost =10
(i) D is prime
D=3 and N=4 (N is even)
D=7 N=9 (N is odd )
not sufficient
(ii) D is not Divisible by 3
D=1 N=1
D=4 N =5
D=7 N=9
D=10 N=13
so we see if D is not divisible 3 then N is always odd.</span>
        
             
        
        
        
A)Degree of operating leverage=Contribution/EBIT
=6400,000/2140000=2.99.
B) Degree of operating leverage=Contribution/EBIT
=5600,000/1340000=4.18
C) Degree of operating leverage=Contribution/EBIT
=7600,000/1015000=7.49
One conclusion that companies can draw from examining operational leverage is that companies that minimize fixed costs can increase profits without changing selling prices, contribution margins, or unit sales.
The Operating Leverage formula is used to calculate a company's break-even point, helping to set a reasonable selling price that covers all costs and produces a profit. This gives you insight into how well your company is using fixed-cost items such as inventory and machinery to make a profit. The more profit a company can extract from the same amount of fixed assets, the higher its operational leverage.
Learn more about operating leverage at
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