A. i think , hoped this helped
Answer:
a. Plan I is better is we drive 300 miles in a day.
b. 150 miles.
Explanation:
a. if mileage is 300 then rental charges will be,
Plan I : $36 + 17 cents * miles
$36 + 0.17 * 300 = $41.10.
Plan II : $24 + 25 cents * miles
$24 + 0.25 * 300 = $99.00
Plan I total cost for 300 miles is $41.10 whereas Plan II total cost for 300 miles is $99.00. Plan I is better plan and cost effective.
b. For mileage (m) calculation we will use equation;
Plan I = Plan II
$36 + 0.17m = $24 +0.25m
0.25m - 0.17m = $36 - $24
m = $12 / 0.08
m = 150 miles.
Answer:
Decrease <u>Cash </u>and Increase <u>Expense</u>
Explanation:
Jackson Programming paid $500 as rent for the month of June.
The accounting equation is is the basis of the double entry accounting principle system. It is an equation that stipulates that the balance sheet must remain balanced meaning every entry on the debit should be followed with a corresponding credit. It also means for every decrease there should be a corresponding increase.
In Jackson Programming;
A decrease is recorded in CASH because cash was paid, while an increase is recorded in EXPENSE because there is a corresponding increase in rent expenses.
Answer:
Exports
Explanation:
In the Great Depression, spending on U.S. exports was reduced by foreign countries as well as U.S. spending on their products which made the downward spiral even worse on a global basis.
The Great Depression caused consumer spending to decline and investment fell drastically which led to steep industrial output declines.
Answer:
2686
Explanation:
Given that :
Daily demand (D) = 160
Standard deviation (s) = 35
Review period (T) = 5 days
Lead time (L) = 10 days
Number in stock (I) = 30 units
Service probability α = 99%
Quantity to order Q;
Q = D(T + L) + Z*s + √(T + L) - 1
Zscore p(Z < 0.99) = 2.326 = 2.33(Z probability calculator)
Q = 160(5 + 10) + 2.33 * 35 * √(10 + 5) - 30
Q = 160(15) + (2.33 * 35 * 3.8729833) - 30
Q = 2400 + 315.841788115 - 30
Q = 2685.841788115
Q = 2686
