Amount of interest expense on 30th June 20X1= Carrying Amount of Bond*Effective Interest Rate (For 6 Months)
=$940000*5/100
=$47000
Contractual Interest of the bond=Face Value*Contractual Interest
=1000000*4/100
=$40000
Thus, Carrying Amount of Bond=Carrying Amount|+Interest Expense-Interest Paid
Carrying Amount as on 30th June=940000+47000-40000
Carrying amount as on 30th June=$947000
Amount Paid to Redeem Bonds =$1020000
Gain/(Loss) on Redemtion of Bonds=Face Value-Amount Paid to Redeem Bonds
Loss on Bonds=-$73000
A "stipulated sum contract," commonly referred to as a lump sum contract, is a construction contract where the contractor consents to finish the project for a predefined, fixed amount.
<h3>What its means contract?</h3>
The simplest definition of something like a contract is a commitment that is legally binding. The commitment could be to carry out or abstain from a certain action. A contract must be made by two or more parties who must agree to it, with one of them typically presenting an offer and the other accepting it.
<h3>What are contracts in law?</h3>
A contract is an agreement that is legally binding; I A contract is an agreement that is legally binding at one or both of the parties' discretion but not at the discretion of the other party or parties.
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Income elasticity of demand measures the receptiveness of the quantity demanded for a good or service to a change in income.
It's calculated as the ratio of the percentage change in quantity demanded to the percentage change in income.
Explanation:
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Answer:
Variable overhead efficiency variance= $600 unfavorable
Explanation:
Giving the following information:
Standard rate per direct labor-hour $2
Standard direct labor-hours for each unit produced 3
Units manufactured 1,000
Actual direct labor-hours worked during the month 3,300
<u>To calculate the variable overhead efficiency variance, we need to use the following formula:</u>
<u></u>
Variable overhead efficiency variance= (Standard Quantity - Actual Quantity)*Standard rate
Variable overhead efficiency variance= (1,000*3 - 3,300)*2
Variable overhead efficiency variance= $600 unfavorable
