Unit 4 AS2: Bank Deposits And Reserves (A)

429 Words1 Page

Julian Mayugba Professor Peter Cronrath ECO 201-ONB01 23 April 2017 Unit 4 AS2: Bank Deposits and Reserves (version A) [1] Imagine that Kristy deposits $10,000 of currency into her checking account deposit at Bank A and that the required reserve ratio is 20%. As a result of Kristy’s deposit: a) Bank A’s reserves immediately increase by $10,000. Bank A’s reserves immediately increase by $10,000 because of Kristy’s $10,000 deposit. b) Bank A’s required reserves increase by $2,000. Bank A’s required reserve ratio is 20%; Multiplying the $10,000 reserve increase by 0.20 results in $2,000. c) Bank A’s excess reserves increase by $8,000. Bank A’s required reserve ratio is 20%. The required reserve is increased by $2,000. If we subtract …show more content…

Suppose a transaction changes a bank’s balance sheet as indicated in the T-account, and the required reserve ratio is 10 percent. As a result of the transaction, the bank has excess reserves of $3,600. This is found by taking the total reserves, and multiplying it by the required reserve ratio (10 percent). The resulting equation is $4,000 x 0.10 = $400. After finding the required reserve ratio, we must subtract the total reserves by the required reserve ratio to figure out what the excess reserves are. This equation is $4,000 - $400 = $3,600. [3] Suppose a bank has $100 million in checking account deposits with no excess reserves and the required reserve ratio is 20 percent. If the Federal Reserve reduces the required to 15 percent, the bank will now have excess reserves of $5 million. This is found by multiplying the $100 million in checking account deposits by the initial required reserve ratio, 20 percent. The equation is $100 million x 0.20 = $20 million. After finding this, we must find the required reserve ratio for 15 percent. The equation is $100 million x 0.15 = $15 million. Since we have the values for both 20% and 15% required reserve, we can subtract the reserves. This equation is $20 million – $15 million = $5

Open Document