Answer:
From what height did the parachutist jump?
914 m
Explanation:
v = 58.8 m/s
u = 0 m/s
a = 9.81 m/s^2
t = 6.00 s
v^2 = u^2 + 2as
58.8^2 = 0 + 19.62s
s = 3457.44/19.62 = 176.22m
Upon decelerating after opening parachute;
v = 10 m/s
u = 58.8 m/s
t = 4.00
deceleration =( 58.8 - 10)/4.00 = 12.2 m/s^2
v^2 = u^2 + 2as
100 = 58.8^2 - 24.4s
3357.44/24.4 = s
s = 137.6s
Upon decending at constant velocity
distance = time*velocity = 10.0*60 = 600 m
Initial height = 600 + 137.6 + 176.22 = 913.82 m = 914 m
Answer:
$16,000
Explanation:
The computation of the depreciation expense under the straight-line method is shown below:
= (Original cost - residual value) ÷ (useful life)
= ($90,000 - $10,000) ÷ (5 years)
= ($80,000) ÷ ( 5 years)
= $16,000
We simply deduct the salvage value from the original cost and then divide it by its useful life. So, that the depreciation expense would come for the particular year
Answer:
The choice of fiscal policy measures is between ___increased_____________ government spending and a ____decrease___________ in taxes. Since I am in favor of bigger government, I choose a(n) ____increase_____________ in ____governmental spending_____________.
Explanation:
Government employ two fiscal measures to drive the economy toward stability. They are taxation and government expenditure. Depending on the desired outcome and the prevailing circumstances, an increase in taxation reduces the propensity to consume, thus fueling increased savings and investments. Increased government expenditure galvanizes the economy to grow and the increased expenditure acts as a stimulus to economic activities. But fiscal policy measures are not used in isolation. They are complemented by monetary policies by the Federal Reserve.
Answer:
a 1,560 units
b 780 units
c 390 units
d $18,720
e $9,360
Explanation:
Given that;
Production = 292,000
Daily demand , d = 400
Annual demand , D = 400 × 365 = 146,000
Production rate , P = 292,000 ÷ 365 = 800
Set up cost , Cs = $100
Holding cost , Ch = $24
a. What is the production order quantity
= √2 * D * Cs / CH × (p / p - d)
= √ 2 * 146,000 * 100/24 × (800/800-400)
= √1216666.6667 × 2
= √2433333.3334
= 1559.91
=1,560 units approximated.
b. What is the maximum inventory on hand
= EPQ × [ 1 - (d÷p) ]
= 1,560 × [ 1 - (400 ÷ 800) ]
= 1,560 × 0.5
= 780 units
c. What is the average inventory
= Maximum inventory ÷ 2
= 780 ÷ 2
= 390 units
d. What are the total holding costs
= EOQ/2 * Holding cost
= 1,560/2 * 24
= 780 *24
= $18,720
e. What does it cost to manage the inventory
= Holding cost * (Maximum inventory ÷ 2)
= 24 * (780 ÷ 2)
= 24 * 390
= $9,360
