Answer the following questions given the information below about your employment history and your future cash needs $($assuming a $10\%$ discount rate throughout$)$:

Today is your $25$th birthday, and starting exactly $1$ year after you were born, your grandmother deposited $$1,000$ into an account on your birthday $($including today, your $25$th birthday$)$ this is the last of those deposits. On your $22$nd birthday, you added $$5,000$ to the account and have added $8\%$ more on each birthday $($including your $25$th birthday, this year$)$ this is the last of those deposits. In addition, you are going to begin depositing $$50,000($beginning today $$ your $25$th birthday$)$ into this account. You will deposit this constant amount each year $($beginning today$)$ for the next $28$ years $($that is$,$ today plus $28$ more deposits$).$ Exactly $3$ years after the last deposit, you want to withdraw a constant amount per year for a total of $30$ years $($that is$,$ there will be $30$ total withdrawals$).$

If you want a zero balance in your account immediately after the last withdrawal what is the amount of each of the constant amounts being withdrawn?

Use PV and RATE Excel functions to solve this problem