Answer:
The alternative that should be chosen assuming identical replacement is:
Alternative B.
Explanation:
a) Data and Calculations:
Alternatives:
A B
First Cost $5,000 $9,200
Uniform Annual Benefit $1,750 $1,850
Useful life, in years 4 8
Rate of return 7% 7%
Annuity factor 3.387 5.971
Present value of annuity $5,927.25 $11,046.35
Net cash flow $927.25 $1,846.35
b) Alternative B yields a higher return than Alternative A. Since the two alternatives are based on the same rate of return, Alternative B will bring in a higher annual benefit, even when discounted to the present value.
Answer:
it's 4, a skill you can use in many different situations
Answer:
The actual price = $1.08
Explanation:
The standard material price can be worked out as follows:
<em>Step 1: Work out the standard price of material using the material usage variance</em>
Standard price = Material usage variance/(standard quantity of material - actual quantity)
Standard quantity of material = standard qty per unit × actual production
= 4 × 17,000 =68,000
Standard price = 2,800/(68,000-64,000)= $0.7
<em>Step 2 : Work out the Actual material price using the material price variance</em>
Material price variance = (Standard price - Actual price )× Actual quantity of material
6,400 = (y - 0.7) × 17,000
6400 = 17,000y - 11,900
17,000 y = 6,400 + 11,900
y = 18,300/17,000= 1.08
The actual price = $1.08
Answer:
C.105,500 units
Explanation:
Equivalent unit of production is the quantity of work done in the manufacturing / production department. It also includes the completed percentage portion of the units in work in process.
Units complete and transferred = Beginning units + Additions - uncompleted units = 10,000 units + 100,0000 units - 15,000 units = 95,000 units
Equivalent Units = Units complete and transferred + ( Closing units x percentage completion )
Equivalent Units = 95,000 + ( 15,000 x 70% )
Equivalent Units = 95,000 + 10,500
Equivalent Units = 105,500
Answer:
<em>MRP (Material Requirement Planning)</em>
Explanation:
Material Requirements Planning (MRP) is a calculation system for the components and materials necessary to produce goods.
All of this consists of <u>three principal steps</u>:
- stock of on-hand components and materials,
- recognize which added bits are required and,
- afterwards schedule their manufacturing or purchase.
