Daily Practice · Higher Plus

June 1999 - Higher Plus 5-a-day

Every Higher Plus sheet published in June 1999, with answers. Grades 8-9 - exam-stretch algebra, geometry and reasoning.

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June 1999

30 sheets · 150 questions · Grades 8-9

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The batch download puts all 5 tiers' June 1999 sheets in a single PDF, each tier behind its own divider page - 150 sheets in one file.

Every sheet in June 1999

The same date always regenerates the same five questions, so a sheet you print today is the sheet a classmate prints tomorrow.

  1. 1st June 1999The curve y = cos x° is drawn for 0 <= x <= 360. Write down the value of y when x = 0.
  2. 2nd June 1999y is directly proportional to sqrt(x). When x = 25, y = 15. Work out y when x = 9.
  3. 3rd June 1999A cuboid measures 6 cm by 10 cm by 13 cm. Work out the length of the longest diagonal inside it, to 1 decimal place.
  4. 4th June 1999A bag holds 7 red and 3 blue counters. Two are taken without replacement. Given the first was red, what is the probability the second is blue?
  5. 5th June 1999On a histogram, a 10-wide bar and a 20-wide bar have the same frequency density of 2.5. How many more values are in the wider class?
  6. 6th June 1999x = 159 and y = 57, each correct to the nearest whole number. Work out the upper bound of x - y.
  7. 7th June 1999A quadratic sequence starts 5, 19, 41, 71. Work out the second difference, and the coefficient of n^2.
  8. 8th June 1999A train slows steadily from 12 m/s to rest in 5 seconds. Work out its deceleration.
  9. 9th June 1999A cuboid measures 12 cm by 12 cm by 9 cm tall. Work out the angle between its longest internal diagonal and the base, to 1 decimal place.
  10. 10th June 1999A bag holds 7 red, 5 blue and 5 green counters. Two are taken without replacement. Given neither is green, what is the probability both are red?
  11. 11th June 1999A histogram has two bars: one 5 units wide with frequency density 1.2, one 10 units wide with density 3.5. How many values in total?
  12. 12th June 1999A car covers 790 m (to the nearest 10 m) in 5 s (to the nearest second). Work out the lower bound of its speed, to 2 decimal places.
  13. 13th June 1999Solve x^2 + 2x - 8 > 0.
  14. 14th June 1999y is inversely proportional to x^2. When x = 3, y = 25. Work out y when x = 5.
  15. 15th June 1999The point (6, 8) lies on the circle x^2 + y^2 = 100. Work out the gradient of the tangent to the circle at that point.
  16. 16th June 1999A bag holds 6 counters, r of them red. Two are taken without replacement and P(both red) = 1/15. Work out r.
  17. 17th June 1999On a histogram, a 4-wide bar and a 8-wide bar have the same frequency density of 3. How many more values are in the wider class?
  18. 18th June 1999Rationalise the denominator of 12/sqrt(6), giving your answer in its simplest form.
  19. 19th June 1999Write x^2 + 14x + 11 in the form (x + a)^2 + b.
  20. 20th June 1999y is directly proportional to x^3. When x = 4, y = 128. Work out y when x = 5.
  21. 21st June 1999In a circle theorem proof, a step uses the fact that a tangent meets a radius at the point of contact. State the reason being quoted.
  22. 22nd June 1999The probability of winning a game is 1/5. A player expects 8 wins. How many games did they play?
  23. 23rd June 1999A histogram has two bars: one 10 units wide with frequency density 2, one 25 units wide with density 3. How many values in total?
  24. 24th June 1999Simplify sqrt(72) + sqrt(72), giving your answer in the form a sqrt(b).
  25. 25th June 1999Work out the coordinates of the turning point of y = x^2 - 10x - 13.
  26. 26th June 1999y is directly proportional to sqrt(x). When x = 16, y = 32. Work out y when x = 36.
  27. 27th June 1999In a vector proof you find that vector PQ = 3a - b and vector RS = 15a - 5b. What does this show about PQ and RS?
  28. 28th June 1999A bag holds 4 red and n blue counters. The probability of taking a red is 4/7. Work out n.
  29. 29th June 1999On a histogram, a 5-wide bar and a 15-wide bar have the same frequency density of 3. How many more values are in the wider class?
  30. 30th June 1999A rectangle is 21 cm by 22 cm, each correct to the nearest cm. Work out the upper bound of its area.

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