Answer:
1,305 students
Explanation:
The total no. of students is will be???
If 783 of students equal to 60%... total no. of students will be .100%
783 is 60%
100% = 783/60 x 100
= 13.05 x 100
=1,305
Total number of students is 1,305 students
Answer:
Pros : The owners can take more time with their products and make sure that they are in order. They have more time to fix problems they have because the demand for their products isn’t very big.
Cons : They don’t have many employees because they can’t afford them. They are behind on their orders by 2 months so that shows they need more employees for the extra help but they can’t get them.
Explanation:
Based on the question, a table was found to supplement the needed data.
Problem: Found the utility cost
Given:
Based on the given table Units Utility Cost
High-Level Activity $8,000 $8,000
Low-level Activity $5000 $1,500
Mathematical Operation: multiplication, addition, subtraction and division
Solution: Variable cost per unit (VSU), Change in Cost (CC), Cost in Activity (CA), Fixed Cost (FC), Variable Cost Element (VCE), Total Cost (TC) High-Level Activity Unit (HLAU)
VCU= CC÷ CA
= $1,500 ÷ 3,000 units
= $0.50 per unit
Fixed cost = TC- (VCE [VCUx HLAU])
= $8,000 - ($0.50 per unit × 8,000 units)
= $8,000 - $4,000
<span> = $4,000
</span>
The Choices are:
A.Y = $1.00 X
B.Y = $1.25 X
C.Y = $4,000 + $0.50 X
D.Y = $1,500 + $1.25 X
The answer is A.
Answer:
The correct answer is<u> comprehensive income.</u>
Explanation:
The change in equity (net assets) of an entity during a period from transactions and other events and circumstances from non-owner sources is called comprehensive income.
Comprehensive income includes all the revenues , losses , gains and expenses.
Formula of calculation :
Comprehensive income = Net Income + Other Comprehensive Income
The comprehensive income is also known as stockholders' equity , retained earnings , accumulated other comprehensive income .
Answer:
$6,250
Explanation:
Cost of machine = $114,800
Salvage value = $14,800
Life of machine = 4 years
Depreciable cost = Cost - Salvage value
= $114,800 - $14,800
= $100,000
Date of purchase = October 1, 2020
Assets used for period in 2020 = 3 months
Annual depreciation:
= Depreciable cost ÷ life of assets
= $100,000 ÷ 4
= $25,000
Depreciation expense for 2020:
= Annual depreciation × (3 ÷ 12)
= 25,000 × (3 ÷ 12)
= $6,250
