Vedic Mathematics Diploma
1 Hour 15 Minutes
This assessment comprises two sections, A – multiple choice, B – written solutions.
After 75 minutes you will be logged out automatically; although it is also possible to log out earlier on the final page.
At any point you will be able to review and change answers.
Proctoring software is activated. Please refer to instructions provided previously.
Section A – Multiple choice (60 marks)
Questions 1 – 30 (2 marks per question) Suggested time spent – 45 minutes
Section B – Detailed Written Responses (40 marks)
Questions 31 – 40 (4 marks per question) Suggested time spent – 30 minutes
Provide written solutions for each question on paper.
Write your name at the top of each page used.
Full marks are awarded for the use of appropriate Vedic methods with clear and correct layout.
Completed answer sheets for Section B must be scanned and emailed to iavmdiploma@gmail.com within 15 minutes of completing the test.
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Question 1 of 31
1. Question
2 point(s)Section A – Questions 1 – 30 – Multiple choice
Each question carries 2 marks
1. 498 + 396 + 289
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Question 2 of 31
2. Question
2 point(s)2. Which of the following is divisible by 18?
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Question 3 of 31
3. Question
2 point(s)3. In relation to 10,000, what is the complement of 726?
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Question 4 of 31
4. Question
2 point(s)4. When using Nikhilam subtraction for 72239 – 38584, what is the correct procedure for the
hundreds column? -
Question 5 of 31
5. Question
2 point(s)5. 998²
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Question 6 of 31
6. Question
2 point(s)6. 742 × 989
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Question 7 of 31
7. Question
2 point(s)7. Which one of the following is the vinculum conversion of 1 4 9 0 3 6 7 1 back to an ordinary number?
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Question 8 of 31
8. Question
2 point(s)8. Calculate 54 × 56 – 53 × 57
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Question 9 of 31
9. Question
2 point(s)9. What is the remainder when 8273642 is divided by 9?
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Question 10 of 31
10. Question
2 point(s)10. 513200 ÷ 25
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Question 11 of 31
11. Question
2 point(s)11. Which of the following is the decimal equivalent of 85 ? 250 -
Question 12 of 31
12. Question
2 point(s)12. When converted to a decimal, the fraction 13 is partly recurring. After the decimal point, 840 how many non-recurring digits are there before it recurrs?
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Question 13 of 31
13. Question
2 point(s)13. 17 5 − 3 2 12 5 -
Question 14 of 31
14. Question
2 point(s)14. 1 1 ÷ 6 3 8 4 -
Question 15 of 31
15. Question
2 point(s)15. When using the one-line Vedic method to multiply 234 x 614, what is the result of the third step before any carry digits have been added?
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Question 16 of 31
16. Question
2 point(s)16. How many zeros are there in the answer to 567281632 ÷ 8 ?
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Question 17 of 31
17. Question
2 point(s)17. Calculate, 103² – 97²
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Question 18 of 31
18. Question
2 point(s)18. Simplify 25 × 36 × 14 × 18 72 × 21 × 15 × 10 -
Question 19 of 31
19. Question
2 point(s)19. A baby olive tree had a height of 75 centimetres. During the next 10 years, its height increased by 8%. How tall will it then be?
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Question 20 of 31
20. Question
2 point(s)20. What is 0.23% of 48 metres?
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Question 21 of 31
21. Question
2 point(s)21. The value of Malik’s car has reduced by 25% and is now $21,000. What was the value before the reduction?
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Question 22 of 31
22. Question
2 point(s)22. If x = 7 and y = -2, what is the value of (3x – y) – (x – 3y) ?
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Question 23 of 31
23. Question
2 point(s)23. Solve the equation 3 – x − 5 – 2x = 10 + 6x 6 9 12 -
Question 24 of 31
24. Question
2 point(s)24. 16 factory workers can pack 40,960 boxes in 192 days. How many workers are required to pack the same number of boxes in 48 days, when working at the same rate?
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Question 25 of 31
25. Question
2 point(s)25. Which of the following fractions is the largest?
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Question 26 of 31
26. Question
2 point(s)26. What fraction of this shape is shaded?
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Question 27 of 31
27. Question
2 point(s)27. What is the nth term for the sequence beginning, 7 16 25 34 43?
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Question 28 of 31
28. Question
2 point(s)28. What is the perimeter of this shape in which horizontal lines are parallel, vertical lines are parallel, and all corners have 90˚ angles?
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Question 29 of 31
29. Question
2 point(s)29. How many of the following quadrilaterals have just two lines of symmetry?
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Question 30 of 31
30. Question
2 point(s)30. How many parallelograms of all types are in this figure?
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Question 31 of 31
31. Question
4 point(s)Section B – Written Solutions – 40 Marks
Full marks are awarded for the use of appropriate Vedic methods with clear and correct setting out.
Solutions must be hand-written on paper. Write your name at the top of each page.On finishing, you will need to scan your pages or photograph them immediately and send by email to iavmdiploma@gmail.com
31. Using the Transpose and Apply method, divide 24982 ÷ 113 leaving a whole number remainder.32. Calculate 2635² by the Straight Squaring method and list the duplexes used for each step.33. Calculate 1217 × 1007 using 1000 as a base, and show how digital roots can be used to check the answer.34. A rectangular piece of cardboard, measuring 27 cm by 23 cm has four identical squares cut away leaving a cross shape as shown. The edge length of each square is 9.6 cm. Calculate the area of the remaining cross shape.
35. By first converting any digit greater than 5 into a bar number multiply 367 × 418.36. Using the Nikhilam method, divide 210261 ÷ 987 leaving a whole number remainder.37. Calculate the HCF and LCM of 792 and 1080.38. Use Straight (flag) division to calculate 8467 ÷ 53 leaving a whole number remainder.39. Other than its use in question 31, describe another application of the Transpose and Apply sutra.40. Write down any five Vedic Maths sutras that you know, apart from Transpose and Apply.-
This response will be awarded full points automatically, but it can be reviewed and adjusted after submission.
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