When meeting with your team members to discuss your bridge construction project schedule, the listening style that will help you achieve your goals is the time-oriented style.
<h3 /><h3>Listening styles</h3>
Four listening styles were developed by Barker (1971) and Watson (1995) that should be used according to the individuals' purposes. Are they:
- People oriented
- Content oriented
- Action oriented
- Time oriented
Therefore, as there has been a change in the schedule with the shortening of the deadline for the completion of the bridge, it is necessary that the time-oriented listening style will assist in the development of the best strategy for meeting the deadline.
In this style of listening, the focus is on time management, in search of objective and quick answers that go straight to the point and generate faster processes.
Find out more information about listening styles here:
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Consumers make that affect the decisions of the suppliers.
Answer:
a. Determine the total charge under each plan for this case: 120 minutes of day calls and 40 minutes of evening calls in a month.
- Cost for Plan A = ($0.41 x 120) + ($0.16 x 40) + $20 = $
75.60
- Cost for Plan B = ($0.51 x 120) + ($0.15 x 40) + $20 = $
87.20
- Cost for Plan C = $80 + $20 = $100
b. If the agent will use the service for daytime calls, over what range of call minutes will each plan be optimal?
- If the agent will use the service only for daytime calls, Plan A is better if the agent uses 195 minutes maximum. If the agent expects to use 196 or more minutes, then Plan C is better.
c. Suppose that the agent expects both daytime and evening calls. At what point (i.e., percentage of total call minutes used for daytime calls) would she be indifferent between plans A and B?
- Plan A charges 10¢ less per daytime minute, while plan B charges 1¢ less for evening minutes, that means that the proportion of daytime calls should be 1/11, while the proportion of evening calls should be 10/11.
Answer:
The annual difference between Option 1 (15 years) and Option 2 (20 years) is $7,211.19 in favor of the first one.
Explanation:
Giving the following information:
Option 1:
Number of years= 15
FV= 450,000
i= 0.0525
Option 2:
Number of years= 20
FV= 450,000
i= 0.0525
To calculate the annual cash flow, we will use the following formula on each option:
A= (FV*i)/{[(1+i)^n]-1}
A= annual cash flow
<u>Option 1:</u>
A= (450,000*0.0525) / [(1.0525^15) - 1]
A= $20,464.72
<u>Option 2:</u>
A= (450,000*0.0525) / [(1.0525^20) - 1]
A= $13,253.53
The annual difference between Option 1 (15 years) and Option 2 (20 years) is $7,211.19 in favor of the first one.
Answer:
a. $8,000 gain
Explanation:
The face value of the bonds purchased by Pluto Corporation are $120,000. The bonds are purchased at discount of $1,980. The bonds have carrying value of $126,019 at the time of purchase. The net gain or loss is calculated by the difference between two values.
$120,000 - $126,019 - $6,019
The discount amount of the bond was $1,980.
Total gain on the bonds approximately ($6,019 + $1,980) = $8,000
