Solution:
Given Information,
Heat input is ( 
) = 5.5 × 
Btu/h
Combustion efficiency of the boiler (
) = 0.7
Combustion efficiency after turn up (
) = 0.8
Operation Hour (t) = 5200h
Unit cost (c) = 
Calculate heat output from the boiler 
= x
= 5.5 x x 0.7
= 3.85 x Btu/h
Calculate the heat input to the boiler after the tune-up
= / 
= 3.85 x / 0.8
= 4.8125 x Btu/h
Calculate the saved energy after the tune-up
= -
= 5.5 x - 4.8125 x Btu/h
= 0.6875 x Btu/h
Calculate the annual energy saving ( 
)
= x t
= ( 0.6875 x Btu/h ) ( 5200 hr/yr)
= 3575 x Btu/h
Calculate the annual cost saving
Annual cost saving = 
x Unit cost
= 3575 x Btu/h x
= 82225
Answer:
Pension expense $100,000
Explanation:
The computation of the pension expense for the year is shown below:
Service cost $112,000
Interest cost $64,800 ($810,000 × 8%)
Amortization of prior service cost $6,600
Amortization of net loss $2,600
Less: Expected return on plan assets -$86,000 ($860,000 × 10%)
Pension expense $100,000
Answer:
D
Explanation:
The aztecs were ancient/primitive
Answer:
The correct answer is option (b) $5400
Explanation:
Solution
Calculation of the cost of direct material on May 1
Now,
The starting work In process inventory = Direct materials Cost + Direct labor Cost + Manufacturing overhead applied on W.I.P
13,500 = Direct materials cost + 4500 + 3600
Thus,
Direct material cost = 13500 - 4500-3600 = $5400
Note: Direct labor cost = 300 * 15 = $ 4500
The manufacturing overhead = 300 hour * $12 = $ 3600
So, only expenses associated to work in process will be considered, hence only direct labor and manufacturing overhead are used to work in process are considered.
Answer: $135.66
Explanation:
Given that,
Revenue earned in October = $550,000
Number of customers = 300
Operating costs:
Manager's Salary = $5,500
Gym Rent = 1,800
Depreciation Expense long dash Equipment = 7,000
Office Supplies Expense = 2,300
Utilities Expense = 1,600
Trainer's Salary = 22,500
Therefore,
Unit cost per customer = 
= 
= $135.66
