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Bank

Bank. Functional Skills Mathematics. Today you will be working as a cashier in a local bank. You will be looking at : Fractions Decimals Percentages (Remember to check all of your calculations). Mathematics. Functional Skills. Fractions. Learning objectives. Today we will:

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Bank

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  1. Bank Functional Skills Mathematics Today you will be working as a cashier in a local bank. You will be looking at : Fractions Decimals Percentages (Remember to check all of your calculations)

  2. Mathematics Functional Skills Fractions

  3. Learning objectives Today we will: • Use simple fractions • Use techniques to simplify fractions • Add and subtract using fractions • Use checking procedures to check calculations

  4. Level 1 question Joe spends £15 on petrol. This fills ¾ of his tank. How much extra would Joe need to pay so that the tank is full? Workings out: ¾ is the same as saying 3 out of 4 parts. To work out what 1 part is worth we need to divide the cost by 3 15÷3= 5 … so 1 part costs £5 Joe would need to spend £5 more to fill his petrol tank.

  5. What is a fraction? This is the numerator (the top number) This is the number that tells you how many parts we are dealing with. 1 4 This is the denominator (the bottom number) This is the number that tells you how many parts there are in total

  6. What is a fraction? Fractions are a way of expressing part of a whole thing The cake is cut into 4 slices Therefore there are 4 x ¼

  7. What is a fraction? The whole pizza = 1 • 2 slices of the pizza = 2/3 • 2 tells us how much • we have • 3 tells us how many parts there are in the whole pizza

  8. Showing a fraction Fractions are used to describe a part of a whole thing. Each part must be of equal size. All these rectangles show there are 3/10 shaded

  9. How do we write fractions?

  10. Simplifying fractions There are 8 parts in the whole of this gauge. How full is the petrol tank?

  11. Answer Always try to show the fraction in the lowest numbers possible. We do this by dividing the top and the bottom number by the same number. In this example we can divide 2 and 8 by 2 So 2/8 is the same as ¼ Therefore there is a quarter of a tank of petrol = ¼

  12. Reducing Fractions Reduce the following fraction: 16/36 Divide both numbers by 2 = 8/18 Divide both again by 2= 4/9 Therefore 16/36 is the same as 4/9

  13. Making fractions Fractions are sometimes presented as information rather than as numbers 60 learners were questioned in a recent survey, 15 were found to be smokers. So, to make this into fractions: Take the total number = 60 The amount that were smokers = 15 = 15/60 Can we reduce this? Yes= ¼ So, the survey found a quarter of learners smoked.

  14. Finding the fraction of a number Jeans in the sale 1/3 off! • Original cost is £45 • One third = 1/3 • £45/3 = £15 is a third of the total price • £45-£15 = £30

  15. Finding the fraction of a number For Example: ¾ of 500g • Divide the total number: 500g by the denominator (the bottom number) which gives you the unit value (the amount for ¼) • 500g/4 = 125g • Then multiply by the numerator (top number) to give you the value you require: 125g x 3 = 375g

  16. Bank The bank you work at have started a new scheme where their customers that are in overdraft must pay ¼ of their debt backwithin 30 days. Work out how much each person must pay back?

  17. Bank The bank have recently conducted a survey on their customers. 200 people are 0 -18 years old 400 people are 19 – 24 years old 700 people are 25-39 years old 900 people are 40 - 64 years old 300 people are 65+ years old What is the fraction of people between 19 and 39? What is this fraction when simplified?

  18. Simplify the fractions… Customers have paid the following amounts to begin to pay off their overdraft. Simplify the fractions below. • £300 paid of £450 • £50 paid of £600 • £400 paid of £1000 • £60 paid of £120 • £30 paid of £40 • £45 paid of £90 • £110 paid of £450

  19. Mathematics Functional skills Percentages

  20. Learning objectives Today we will: • Identify equivalences between fractions and percentages. • Find what a value is as a percentage • Add and subtract percentages from amounts • Convert fractions into percentages • Use appropriate checking procedures when carrying out calculations

  21. Level 1 Functional skills question A TV costs £280. In a sale, the cost is reduced by 40%. How much will the TV now cost? ANSWER: To work out a percentage you must use the following formula… (Amount ÷ 100) x % so… 280 ÷ 100 x 40 = 112 Now we must take £112 from the original cost… 280 – 112 = £168 The TV will now cost £168

  22. Percentages: The basics • Percent means “per every 100” • Percentages are always out of 100 • If 10% was to be written as a fraction, it would be 10/100 • 100% is equal to a whole

  23. Percentage machine (Amount ÷ 100) x % • 20% of 400 = • 15% of 60 = • 90% of 180 = • 60% of 600 = • 5% of 350 = • 25% of 550 = • 40% of 800 = • 35% of 350 =

  24. Bank accounts 10/15 people have more than one bank account 70/80 people have been in overdraft before 5/100 have a credit card AND a savings account 80/200 people have direct debits set up Simplify these facts and then convert the fractions into percentages. Remember to check your answers using a checking procedure (rounding/reversing)

  25. Banks and Loans… A customer has taken out a loan of £1000 pounds. The interest on the loan is 5% a year. They have had the loan for 3 years now. How much do they now need to pay back. (Note: You will need to work out what 5% of the amount is and then add it to the loan. You then need to work out 5% of the new amount, and so on for the 3 years)

  26. Complete the missing figures

  27. Case study Jamie wants to buy a new car. He has £600 in savings. The car he wants to buy is £2400. What percentage of the final amount does he already have? Show how you would check your answer.

  28. Case study Jamie decides that he will take a loan out of the bank for £2000 to help him pay for the car. The bank have said that he can have the loan, but will need to pay a 5% interest. How much in total will Jamie need to pay back to the bank?

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