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Mixed Topic Worksheet Grades 4/5: Day 006

Grades 4/5Calculator
  1. Question 1. Simplify the ratio 6 : 9.

    Show worked answerHide worked answer
    1. B1: 2 : 3
    Answer: 2 : 3
    Simplifying Ratios
    [1 mark]
  2. Question 2. Rearrange 4y - 8x = 20 into the form y = mx + c

    Show worked answerHide worked answer
    1. M1: 4y = 8x + 20
    2. A1: y = 2x + 5
    Answer: y = 2x + 5
    Rearranging to the Form y = mx + c
    [2 marks]
  3. Question 3. Here is a triangular prism with a right-angled triangle as its cross-section.
    The volume of the prism is 168 cm³.
    Work out the length, d cm, of the prism.

    Show worked answerHide worked answer
    1. M1: 1/2 × 8 × 3 = 12
    2. M1: 168 ÷ 12
    3. A1: 14
    Answer: 14
    Volume of Prisms
    8 cm3 cmd cm
    [3 marks]
  4. Question 4. Work out the size of angle x.
    Give your answer to 1 decimal place.

    Show worked answerHide worked answer
    1. M1: x = tan⁻¹(8.5/12.5)
    2. A1: 34.2
    Answer: 34.2°
    Finding Angles Using SOH, CAH, TOA
    12.5 cm8.5 cmxABC
    [2 marks]
  5. Question 5. A rectangle has length (x + 4) cm and width x cm. The perimeter of the rectangle is less than 44 cm. x is a whole number. Work out the greatest possible value of x.

    Show worked answerHide worked answer
    1. M1: 2(x + 4 + x) < 44
    2. M1: 4x < 44 - 8, so x < 9
    3. A1: x = 8, because x is less than 9
    Answer: 8
    Solving Single Inequalities
    [3 marks]
📅 Free lesson: Tue 17th NovSave your place →

Mixed Topic Worksheet Grades 4/5: Day 006

Grades 4/5Calculator
  1. Question 1. Simplify the ratio 6 : 9.

    [1 mark]
    Show worked answerHide worked answer
    1. B1: 2 : 3
    Answer: 2 : 3
    Simplifying Ratios
  2. Question 2. Rearrange 4y - 8x = 20 into the form y = mx + c

    [2 marks]
    Show worked answerHide worked answer
    1. M1: 4y = 8x + 20
    2. A1: y = 2x + 5
    Answer: y = 2x + 5
    Rearranging to the Form y = mx + c
  3. Question 3. Here is a triangular prism with a right-angled triangle as its cross-section.
    The volume of the prism is 168 cm³.
    Work out the length, d cm, of the prism.

    [3 marks]
    8 cm3 cmd cm
    Show worked answerHide worked answer
    1. M1: 1/2 × 8 × 3 = 12
    2. M1: 168 ÷ 12
    3. A1: 14
    Answer: 14
    Volume of Prisms
  4. Question 4. Work out the size of angle x.
    Give your answer to 1 decimal place.

    [2 marks]
    12.5 cm8.5 cmxABC
    Show worked answerHide worked answer
    1. M1: x = tan⁻¹(8.5/12.5)
    2. A1: 34.2
    Answer: 34.2°
    Finding Angles Using SOH, CAH, TOA
  5. Question 5. A rectangle has length (x + 4) cm and width x cm. The perimeter of the rectangle is less than 44 cm. x is a whole number. Work out the greatest possible value of x.

    [3 marks]
    Show worked answerHide worked answer
    1. M1: 2(x + 4 + x) < 44
    2. M1: 4x < 44 - 8, so x < 9
    3. A1: x = 8, because x is less than 9
    Answer: 8
    Solving Single Inequalities
📅 Free live lesson: Tuesday 17th NovemberSave your free place →

Mixed Topic Worksheet Grades 4/5: Day 006

Grades 4/5Calculator
  1. Question 1. Simplify the ratio 6 : 9.

    Show worked answerHide worked answer
    1. B1: 2 : 3
    Answer: 2 : 3
    Simplifying Ratios
    [1 mark]
  2. Question 2. Rearrange 4y - 8x = 20 into the form y = mx + c

    Show worked answerHide worked answer
    1. M1: 4y = 8x + 20
    2. A1: y = 2x + 5
    Answer: y = 2x + 5
    Rearranging to the Form y = mx + c
    [2 marks]
  3. Question 3. Here is a triangular prism with a right-angled triangle as its cross-section.
    The volume of the prism is 168 cm³.
    Work out the length, d cm, of the prism.

    Show worked answerHide worked answer
    1. M1: 1/2 × 8 × 3 = 12
    2. M1: 168 ÷ 12
    3. A1: 14
    Answer: 14
    Volume of Prisms
    8 cm3 cmd cm
    [3 marks]
  4. Question 4. Work out the size of angle x.
    Give your answer to 1 decimal place.

    Show worked answerHide worked answer
    1. M1: x = tan⁻¹(8.5/12.5)
    2. A1: 34.2
    Answer: 34.2°
    Finding Angles Using SOH, CAH, TOA
    12.5 cm8.5 cmxABC
    [2 marks]
  5. Question 5. A rectangle has length (x + 4) cm and width x cm. The perimeter of the rectangle is less than 44 cm. x is a whole number. Work out the greatest possible value of x.

    Show worked answerHide worked answer
    1. M1: 2(x + 4 + x) < 44
    2. M1: 4x < 44 - 8, so x < 9
    3. A1: x = 8, because x is less than 9
    Answer: 8
    Solving Single Inequalities
    [3 marks]