Assets Liabilities Reserves Deposits $1,000 Loans $970 Total $1,000 Total $1,000 The above table gives the initial balance sheet for Mega Bank. Barney comes into the bank and deposits $50 of currency into his checking account. The desired reserve ratio is 3 percent. After Barney's deposit, but before any other actions occur, MegaBank will have excess reserves of O $48.50 O $50.00 O $15.00 O $33.00 $30
Assets Liabilities Reserves Deposits $1,000 Loans $970 Total $1,000 Total $1,000 The above table gives the initial balance sheet for Mega Bank. Barney comes into the bank and deposits $50 of currency into his checking account. The desired reserve ratio is 3 percent. After Barney's deposit, but before any other actions occur, MegaBank will have excess reserves of O $48.50 O $50.00 O $15.00 O $33.00 $30
Chapter1: Making Economics Decisions
Section: Chapter Questions
Problem 1QTC
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Question
![### Educational Resource: Understanding Bank Reserves and Balance Sheets
#### Table: Initial Balance Sheet for Mega Bank
| **Assets** | **Liabilities** |
|---------------|-----------------|
| Reserves: $30 | Deposits: $1,000|
| Loans: $970 | Total: $1,000 |
| Total: $1,000 | |
### Scenario Analysis
Barney comes into the bank and deposits $50 of currency into his checking account. The desired reserve ratio is 3 percent. After Barney's deposit, but before any other actions occur, MegaBank will have excess reserves of:
**Options:**
1. $48.50
2. $50.00
3. $15.00
4. $33.00
### Explanation of the Table and Scenario
The table provided illustrates Mega Bank's initial balance sheet. It lists the assets and liabilities, each totaling $1,000.
**Assets**:
- **Reserves**: $30
- **Loans**: $970
- **Total Assets**: $1,000
**Liabilities**:
- **Deposits**: $1,000
- **Total Liabilities**: $1,000
**Scenario Explanation**:
When Barney deposits $50, the total deposits will increase to $1,050. The reserve requirement is 3%, so to find the required reserves:
\[
\text{Required Reserves} = 3\% \times \text{Total Deposits} = 0.03 \times 1,050 = $31.50
\]
Mega Bank initially had $30 in reserves. Adding Barney's deposit, the new reserves amount will be:
\[
\text{New Reserves} = $30 + $50 = $80
\]
To calculate the excess reserves, we subtract the required reserves from the new reserves:
\[
\text{Excess Reserves} = \text{New Reserves} - \text{Required Reserves} = $80 - $31.50 = $48.50
\]
Therefore, the correct answer is:
- **$48.50**
This example demonstrates how deposits affect a bank's balance sheet and reserve requirements, illustrating key principles in banking and financial regulation.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F67b7d16d-98c4-469d-9b12-a28ad97d3e03%2Fd2af10f1-595f-46a7-98b6-d5edad414ddd%2Fnpilpnl_processed.png&w=3840&q=75)
Transcribed Image Text:### Educational Resource: Understanding Bank Reserves and Balance Sheets
#### Table: Initial Balance Sheet for Mega Bank
| **Assets** | **Liabilities** |
|---------------|-----------------|
| Reserves: $30 | Deposits: $1,000|
| Loans: $970 | Total: $1,000 |
| Total: $1,000 | |
### Scenario Analysis
Barney comes into the bank and deposits $50 of currency into his checking account. The desired reserve ratio is 3 percent. After Barney's deposit, but before any other actions occur, MegaBank will have excess reserves of:
**Options:**
1. $48.50
2. $50.00
3. $15.00
4. $33.00
### Explanation of the Table and Scenario
The table provided illustrates Mega Bank's initial balance sheet. It lists the assets and liabilities, each totaling $1,000.
**Assets**:
- **Reserves**: $30
- **Loans**: $970
- **Total Assets**: $1,000
**Liabilities**:
- **Deposits**: $1,000
- **Total Liabilities**: $1,000
**Scenario Explanation**:
When Barney deposits $50, the total deposits will increase to $1,050. The reserve requirement is 3%, so to find the required reserves:
\[
\text{Required Reserves} = 3\% \times \text{Total Deposits} = 0.03 \times 1,050 = $31.50
\]
Mega Bank initially had $30 in reserves. Adding Barney's deposit, the new reserves amount will be:
\[
\text{New Reserves} = $30 + $50 = $80
\]
To calculate the excess reserves, we subtract the required reserves from the new reserves:
\[
\text{Excess Reserves} = \text{New Reserves} - \text{Required Reserves} = $80 - $31.50 = $48.50
\]
Therefore, the correct answer is:
- **$48.50**
This example demonstrates how deposits affect a bank's balance sheet and reserve requirements, illustrating key principles in banking and financial regulation.
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