please solve qustion 1 (a, b, c , d , e,f ,g, h,i)

q1)

a)

b)

c)

d)

e)

f)

g)

h)

i)

Use the Consumer Price Index data to convert the 2019 tax bracket limits for a single filler with no dependents to their pauvivalant onso Use the values in table 1 in Q1 to find the following: For Converted (Max - Min) round to the nearest dnllar (with no decimal places) Use the values in table 1 in Q1 to find the following: For Converted (Max-Min) round to the nearact Anil' 3 (with no decimal places) Use the values in table 1 in Q1 to find the following: For Converted (Max - Min) round tn tho noaract dal" 3r (with no decimal places) Order the brackets with the lowest taxable income on the top and the largest taxable income on the bottom Lowest Taxable income 1.:T=$1,154+12%($$11,544) 2 : T=$5,406+22%(S$46,978) 3 4 5 6 7 Largest Taxable Income Examine the 2019 tax brackets converted to 2023 values we created in the previous parts of this problem. Using the 2019 converted values in table 1 (Q1) and the 2019 converted brackets (Q5) to find the following. How much would a single filer pay in taxes if he or she made $12,000 in wages. Your solution is money but do not include the \$ sign. Round to the nearest whole dollar. No decimal places. Examine the 2019 tax brackets corverted to 2023 values we created in the previous parts of this problem. Using the 2019 converted values in table 1(Q1) and the 2019 corverted brackets (QS) to find the followingHow much would a single filer pay in taxes if he or she made $50.000 of taxable income? Your solution is money but do not include the $ sign. Round to the nearest whole dollar. No decimal places. Use the solution we found in the last lecture (lecture 20) for a single filer in 2023. What value did we find in class for a single filer who earned $50,000 of taxable income in 2023 using the actual 2023 brackets. Your solution is money but do not include the $ sign. Round to the nearest whole dollar. No decimal places