Answer:
A, Offer a guarantee for the customer's complete satisfaction.
Explanation:
SInce services are inseperable beacuse there cannot be trials unlike in some goods, the only way to keep a customer's mind at rest over the service he or she is getting to give a guarantee as to the quality of the service such that the customer is satisfied and can purchase the service.
For example, giving a customer a time frame for the durability of a service and also a consideration for re-service before the set or supposed time is a way of giving customer guarantee about a service he or she is purchasing
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Cheers.
Your answer should be "customer satisfaction"! Hope I helped! :)
Answer:
= $865.79
Explanation:
<em>The value of the bond is the present value (PV) of the future cash receipts expected from the bond. The value is equal to present values of interest payment plus the redemption value (RV).</em>
Value of Bond = PV of interest + PV of RV
The value of bond of Morin Company can be worked out as follows:
Step 1
PV of interest payment
PV = A × (1-(1+r)^(-n))/r
r- 8%, n- 10, A- interest payment = 60
PV of interest
= 60× (1- (1+0.08)^(-10)/0.08
= 402.60
Step 2
<em>PV of Redemption Value</em>
PV = RV × (1+r)^(-n)
= 1,000 × (1.08)^(-10)
= $463.193
Step 3
<em>Price of bond</em>
= $536.80 + 463.19
= $865.79
The answer is<u> "variable interval.</u>
In operant conditioning, a variable-interval schedule is a schedule of reinforcement where a reaction is remunerated after a capricious measure of time has passed. This timetable creates a moderate, unfaltering rate of reaction.
To see how a variable-interval schedule functions, we should begin by investigating the term itself. Schedule alludes to the rate of support conveyance, or how much of the time the fortification is given. Variable demonstrates that this planning isn't reliable and may fluctuate starting with one preliminary then onto the next. At last, interim implies that conveyance is controlled by time. In this way, a variable-interval schedule implies that support is conveyed at different and erratic intervals of time.
Answer:
$945.50
Explanation:
The computation of the weighted average is shown below:
Ending inventory = opening inventory + Purchase - Sales
= 85 + (290 + 195 + 50) - 315
= 620 - 315
= 305
Average cost per unit = (Beginning inventory units × price per unit + purchase inventory units × price per unit + purchase inventory units × price per unit ) ÷ (Beginning inventory units + purchase inventory units + purchase inventory units)
= (85 × $2.60 + 290 × $3.10 + 195 × $3.20 + 50 × $3.60) ÷ (85 + 290 + 195 + 50)
= ($221 + 899 + $624 + $180 ) ÷ (620)
= $1924 ÷ 620
= $3.1
Weighted average = Ending inventory × Average cost per unit
= 305 × $3.1
= $945.50
