logo

Cambridge IGCSE Mathematics practice

exam practice - 1 Comprehend and apply the probability scale ranging from P(A) = 0 to P(A) = 1, where P(A') represents the probability of the event not occurring. 2 Recognize and utilize probability notation. 3 Compute the probability of a single event, expressing probabilities as fractions, decimals, or percentages, and solving problems that may involve data from tables, graphs, or Venn diagrams. 4 Grasp that if the probability of an event is P(B) = 0.8, then the probability of event B not occurring is calculated as 1 - P(B). - Introduction to probability

Try the question first, then check the answer and practise the same topic again.

Attempt questionIntroduction to probability revisionRevise the key idea

At a glance

2

Paper

4

Marks

Topic

Introduction to probability

Exam-style question

Try this first

Paper 2Core or Extended Mathematics4 marks

A bag contains 5 red balls and 3 blue balls.

Description

Probability of Drawing a Ball

A bag contains 5 red balls and 3 blue balls. A ball is drawn at random from the bag.

  1. a

    Calculate the probability of drawing a red ball.

    Aim for approximately 2 distinct marking points.

    [2]
  2. b

    Calculate the probability of drawing a blue ball.

    Aim for approximately 2 distinct marking points.

    [2]

0 of 2 parts answered

Answer every part before opening the mark scheme.

Maths method check

  • Topic focus: Introduction to probability.
  • Question style: structured_mathematics.
  • Reasoning demand: reasoning.
  • Check the operation, notation, units, and final answer form against the question before moving on.

Common mistake

No common mistake is linked to this question yet.

Related flashcards

Flashcard 1 of 6

Press Space to flip, arrows to move

Related practice questions

Question 1 of 5

Choose an answer, get feedback, then move sideways through the set.

0 of 4 attempted

Paper 2 structured question: Introduction to probability

Paper 2Core or Extended Mathematics2 marks

Description

Probability with a Spinner

A spinner is divided into 4 equal sections labeled A, B, C, and D. The spinner is spun once.

  1. a

    Calculate the probability of the spinner landing on section A.

    Aim for approximately 1 distinct marking point.

    [1]
  2. b

    Calculate the probability of the spinner not landing on section A.

    Aim for approximately 1 distinct marking point.

    [1]