Answer:
I don't understand what you are asking
Answer and Explanation:
The journal entries are shown below:
1. Cash Dr $1,000,000
To Bond payable $1,000,000
(Being the issuance of the bond is recorded)
For recording this we debited the cash as it increased the assets and credited the bond payable as it also increased the liabilities
2. Interest Expense Dr ($1,000,000 × 5% × 1 ÷ 2) $25,000
To Cash $25,000
(Being the interest expense is recorded)
For recording this we debited the interest expense as it increased the expense and credited the cash as it decreased the asset
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:
B. a decrease; a decrease
Explanation:
Substitutes' goods are products that can be consumed in place of each other. If one product is missing, consumers will be ready and willing to buy its substitute. An increase or fall in the price of a good or services will cause the demand for its substitute to move in the opposite direction.
Equilibrium quantity is when supply matches the demand. If the price of Tuna fish decreases, its demand will increase as more customers will afford it. Tuna and chicken are substitutes, should the price of Tuna decrease, customers will prefer to consume Tuna over chicken. Consequently, the demand for chicken will reduce w leading to a decrease in its price.
Answer:
A: $1,475,000
Explanation:
The computation of the overhead applied is shown below:
But before that first determine the predetermined overhead rate which is
= Estimated annual overhead cost ÷ Estimated machine hours
= $1,500,000 ÷ 300,000
= $5
Now the applied overhead is
= Predetermined overhead rate × Actual machine hours
= $5 × 295,000
= $1,475,000
