Answer:
The programmer can get $20,250
Explanation:
Take the amount of 300,000 multiple by the point the programmer is worth then divide by the total points for the employees.
300000*27/400= 20250
Let x be the number of children
Let y be the number of adults
Equation 1: x + y = 9
Equation 2: y = 9 - x
210x + 315y = 2205
210x + 315 (9-x) = 2205
210x + 2835 - 315x = 2205
2835 - 2205 = 315x - 210x
630 = 105x
630/105 = 105x/105
6 = x
There are 6 numbers of children.
To get the y, use the Equation 2: y = 9 - 6 ---> y = 3
Therefore there are 3 adults on the trip.
Answer:
D $302, 250
Explanation:
The computation of the total amount paid is shown below;
Total amount paid = Face value + accrued interest
= $300,000 + $300,000 × 3% × 3 months ÷ 12 months
= $302,250
hence, the total amount paid is $302,250
Therefore the correct option is d.
We simply applied the above formula so that the correct value could come
And, the same is to be considered
Answer:
a) Contribution from the special order= $52,640.
b) Stuart should accept the order
Explanation:
The amount of contribution to profit from the special order is the difference between the revenue and the relevant cost of variable cost of the special order.
The relevant cost of the special order is equal the sum of all variable cost only.
Note that the allocated facility overhead is irrelevant to whether to accept or reject the order. This is so because the costs would still be incurred either way.
Relevant variable costs of special order = (880 + 510) × 47 = $65,330
Sales revenue = 2,510 × 47 = $117,970.00
Contribution from the special order =$117,970.00 - $65,330
= $52,640.00
B) Stuart should accept the special order because it would increase its profit by $52,640.
An air defense system can be divided into 2 categories.
Explanation:
The U.S. military relies on a variety of missiles launched from finger-held to vehicle assembled systems. The Air Defense Artillery was the anti-aircraft weapons branch (for example, surface-to-air rockets).
The Missile Defense Agency's purpose is to protect stationed forces, allies, and partners, via a layered missile defence system, against hypersonic and ballistic missile threats of all kinds.
For example, two strong radars have been used on a landing pad in the Pacific to detect ICBM, another on Wake Island. The destination also was tracked by satellites equipped with infrared sensors.
