Use Newton's Second Law: Fnet = ma
where Fnet = total net force, m = mass of object, and a = acceleration of object.
You are given Fnet = 26N and m = 4.0kg. Plug them into the equation and solve for a:
The answer is 6.5 m/s^2
Answer:
Note: <em>The complete question is attached as picture below</em>
1a. The one year spot rate can be calculated using the one year zero bond.
PV * (1 + S1) = FV
1 + S1 = 1000 / 900
S1 = 1.1111 - 1
S1 = 0.1111
S1 = 11.11%
1b. PV of the 2 year bond = $950
Annual coupon = 1000 * 5% = $50
950 = 50 / (1 + S1) + (50 + 1000) / (1 + S2)^2
950 = 50 / 1.1111 + 1,050 / (1 + S2)^2
1,050/ (1 + S2)^2 = 950 - 45 = 905
(1 + S2)^2 = 1050 / 905
1 + S2 = 1.160221/2
S2 = 7.714%
1c. Price of the 2 year zero bond = 1,000 / (1 + 0.07714)^2
Price of the 2 year zero bond = 1,000 / 1.1602
Price of the 2 year zero bond = 861.9203586
Price of the 2 year zero bond = $861.92
D is the answer I’m sure of it
Answer:
cost of goods available for sale= $29,100
Explanation:
Giving the following information:
Sales Revenue$26,000
Beginning Finished Goods Inventory8,000
Ending Finished Goods Inventory13,500
Cost of Goods Manufactured15,600
cost of goods available for sale= beginning finished goods inventory + purchases
We have to find the amount of purchases.
We know that:
cost of goods manufactured= Beginning Finished Goods Inventory + purchases - Ending Finished Goods Inventory
15600= 8000 + purchases - 13500
purchases= 15600 - 8000 + 13500
purcases= 21,100
cost of goods available for sale= 8000 + 21100= $29,100
Answer:
VC% = 73.5%
The New variable cost percentage of sales = 73.5%
Explanation:
Given;
New Fixed cost = $5.3 million
Total cost = $20 million
Total variable cost = $20 - $5.3 = $14.7 million
Variable cost percent=(total variable cost/total cost)×100%
VC% = (14.7/20) × 100%
VC% = 73.5%
