Answer:
Appropriation available for spending = 37000
Explanation:
In the appropriations ledger, the amount available for spending at any moment is the total appropriation minus expenditures plus outstanding encumbrances.
100000 - 35000 - 28000 = 37000
Answer:
Amount insurer pays = $7000
Amount Ashley pays = $3000
Explanation:
Given that
Deductible = 1000
Incured medical Bill's = 10,000
On a 80-20 coinsurance clause
The insurer pays 80% of incured cost minus deductible and Ashley pays 20% of incured cost plus deductibles.
Therefore
Amount insurer pays = (10000 × 0.8) - 1000
= 8000 - 1000
= $7000
Amount Ashley Pays = (10000 × 0.2) + 1000
= 2000 + 1000
= $3000
<span>improve patient handoff quality</span>
Answer:
the cost of the delivery truck is $40,698
Explanation:
The computation of the cost of the delivery truck is given below:
Negotiated purchase price $34,800
Installation of special shelving $2,880
Painting and lettering $930
Sales tax $2,088
Cost of the delivery truck $40,698
Hence, the cost of the delivery truck is $40,698
The same should be considered and relevant
Answer:
-0.10
Explanation:
To calculate this, we us the formula for calculating elasticity of demand (E) relevant for the demand equation as follow:
E = (P / Q) * (dQ / dP) .............................. (1)
Where,
Q = 30
P = 90
E = -0.3
dQ / dP = b = ?
We then substitute all the value into equation (1) and have:
-0.3 = (90 / 30) * b
-0.3 = 3 * b
b = -0.3 /3
b = -0.10
Therefore, appropriate value for the price coefficient (b) in a linear demand function Q is -0.10.
NB:
Although this not part of the question, but note that how the linear demand function will look can be obtained by first solving for the constant term (a) as follows:
Q = a - 0.10P
Substituting for Q and P, we can solve for a as follows:
30 = a – (0.1 * 90)
30 = a – 9
a = 30 + 9 = 39
Therefore, the linear demand equation can be stated as follows:
Q = 39 – 0.1P
