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Katie has a gross annual income of €52 460 - Junior Cycle Mathematics - Question 4 - 2019

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Katie has a gross annual income of €52 460. 8.5% of this is deducted in pension contributions. The amount that is left is Katie's taxable income. Katie pays income ... show full transcript

Worked Solution & Example Answer:Katie has a gross annual income of €52 460 - Junior Cycle Mathematics - Question 4 - 2019

Step 1

Work out Katie's taxable income, after the pension contributions have been deducted.

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Answer

To find Katie's taxable income, we need to calculate 8.5% of her gross annual income:

  1. Calculate pension contributions:

    0.085imes52,460=4,459.100.085 imes 52,460 = 4,459.10
  2. Deduct pension contributions from gross income:

    52,4604,459.10=48,000.9052,460 - 4,459.10 = 48,000.90

Thus, Katie's taxable income is approximately €48,000.90.

Step 2

Work out Katie's net income, after income tax has been deducted.

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Answer

Katie's income tax needs to be calculated in steps based on her taxable income:

  1. Tax on the first €34,000:

    0.20imes34,000=6,8000.20 imes 34,000 = 6,800
  2. Calculate tax on the remaining income:

    extRemainingIncome=48,000.9034,000=14,000.90 ext{Remaining Income} = 48,000.90 - 34,000 = 14,000.90

    Tax on remaining income:

    0.40imes14,000.90=5,596.360.40 imes 14,000.90 = 5,596.36
  3. Total income tax:

    extTotalTax=6,800+5,596.36=12,396.36 ext{Total Tax} = 6,800 + 5,596.36 = 12,396.36
  4. Deduct tax credits from total tax:

    extNetTax=12,396.364,200=8,196.36 ext{Net Tax} = 12,396.36 - 4,200 = 8,196.36
  5. Finally, calculate net income:

    48,000.908,196.36=39,804.5448,000.90 - 8,196.36 = 39,804.54

So, Katie's net income after tax is approximately €39,804.54.

Step 3

Work out what her bill is now.

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Answer

To determine Katie's current credit card bill, we need to calculate the compounded interest:

  1. Calculate the amount after 3 months with 2% monthly interest:

    For the first month:

    420imes(1+0.02)=420imes1.02=428.40420 imes (1 + 0.02) = 420 imes 1.02 = 428.40

    For the second month:

    428.40imes(1+0.02)=428.40imes1.02=436.87428.40 imes (1 + 0.02) = 428.40 imes 1.02 = 436.87

    For the third month:

    436.87imes(1+0.02)=436.87imes1.02=445.45436.87 imes (1 + 0.02) = 436.87 imes 1.02 = 445.45

Thus, her bill now amounts to approximately €445.45.

Step 4

Work out the value of the motorbike when Katie bought it.

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Answer

If the motorbike is now worth €12,150 and it lost 10% of its value since purchase, we can express this mathematically:

  1. Let the original value be represented as VV.

    Thus, after depreciation:

    V0.10V=12,150V - 0.10V = 12,150

ightarrow 0.90V = 12,150

2. Now, solve for $V$:

V = rac{12,150}{0.90} ightarrow V = 13,500

Therefore,thevalueofthemotorbikewhenKatieboughtitwas13,500. Therefore, the value of the motorbike when Katie bought it was €13,500.

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