If a company recorded an adjusting entry by debiting Interest Expense for $500 and Interest Payable for $50 in error, then the: Adjusted trial balance's debits side will not equal its credits side.
<h3>Adjusted trial balance</h3>
Based on the information given debiting Interest Expense for $500 was right and debiting Interest Payable for $50 was wrong.
Reason being that Interest expense is a debit entry because expenses are supposed to be debited while interest payable is a credit entry.
Based on this the adjusted trial balance's debits side will not equal its credits side.
Inconclusion If a company recorded an adjusting entry by debiting Interest Expense for $500 and Interest Payable for $50 in error, then the: Adjusted trial balance's debits side will not equal its credits side.
Learn more about adjusted trial balance here:brainly.com/question/14476257
Answer:
($35 million + $12 million) / $70 million = 0.6714
Explanation:
Answer:
Therefore after 16.26 unit of time, both accounts have same balance.
The both account have $8,834.43.
Explanation:
Formula for continuous compounding :
P(t)= value after t time
= Initial principal
r= rate of interest annually
t=length of time.
Given that, someone invested $5,000 at an interest 3.5% and another one invested $5,250 at an interest 3.2% .
Let after t year the both accounts have same balance.
For the first case,
P= $5,000, r=3.5%=0.035
For the second case,
P= $5,250, r=3.5%=0.032
According to the problem,
Taking ln both sides
Therefore after 16.26 unit of time, both accounts have same balance.
The account balance on that time is
=$8,834.43
The both account have $8,834.43.
Answer:
B. its application to real-life organizations
Explanation:
The answer to this is most likely B because the strength of the team leadership model is application to real-life organizations.
Answer:
$15,699.54
Explanation:
The computation of the account balance after 10 years from today is shown below:
= Future value of amount deposited today × (1 + interest rate)^number of years + Future value of amount deposited two years × (1 + interest rate)^number of years + Future value of amount deposited three years × (1 + interest rate)^number of years
= $1,300 × (1 + 8.1%)^10 + $3,200 × (1 + 8.1%)^8 + $4,000 × (1 + 8.1%)^7
= $2,832.70 + $5,966.99 + $6,899.85
= $15,699.54
