Answer:
Katie Kwasi's Utility Function
The units of x1 that she will consume after the change in income is:
= 40 units of x1
Explanation:
a) Data and Calculations:
Katie Kwasi’s utility function, U(x1, x2) = 2(ln x1) + x2
Current consumption = 10 units of x1 and 15 units of x2
When her income doubles, with prices staying constant, Katie will consume:
= 2(2 * 10 of x1) + 15 of x2
= 40 units of x1 + 15 units of x2
Therefore, she will consume 40 units of x1 and 15 units of x2
b) The above function expresses mathematically Katie's utility to be a function of the units of x1 and x2 that she can consume, given her income constraint. If her income doubles, Katie will consume double units of x1 and the same units of x2 as she was consuming before the change in income.
my brain went blank thats hard ima ask my teacher.
<span>The shortest possible time an activity can be completed realistically is called crash time. In project management crash time is a method that is used to shorten the length of a project. To do this, the team will decided on a crucial part of the project they can complete in less time than normal. This speeds up the projects completion time and allows for more work to be completed. </span>
Answer:
D. $1,800 Decrease
Explanation:
book value Fair value adjustment
01 Jan 10,000 8,000 2,000
Depreciation -1000 -800 -200
31 Dec 9,000 7,200 1,800 Decrease
Answer:
$2.25 per unit
Explanation:
The computation of the cost per equivalent is shown below:
= Total conversion cost ÷ total units completed
where,
Total conversion cost is
= Beginning work in process conversion cost + cost of conversion added
= $20,250 + 271,125
= 291,375
And, the number of units is
= Units completed + work in process ending inventory units × completion percentage
= 115,700 units + 23,000 units × 60%
= 115,700 + 13,800
= 129,500 units
So, the cost per equivalent unit for conversion cost is
= $291,375 ÷ 129,500 units
= $2.25 per unit
