5
The answer depends on the number of choices available for each question.
25
The fraction is(the number of multiple-choice questions) / (the total number of questions on the test)I can't be any more specific be cause you've neglected to mention either ofthose numbers in the question.
In order to answer, the number of questions on the test must be given.
A multiple choice question comprises a question followed by a number - usually 4 or 5 - of which only one is correct and the others are not. The candidate has to select the correct one.
The probability will depend on how much you know and the extent of guessing.
If there are four possible answers to a question, then a guessed answer would have a probability of 1 in 4. If there are six questions, then the mean number of correct answers would be six times 1 in 4, or 1.5
If you have 5 questions, each with only two possible answers, the total number of combinations is 2*2*2*2*2 or 2^5 = 32. If the questions are all multiple choice and independent (ie no filters), then the total number of combinations must be the multiple of the numbers of choices for the questions.
you should be given a certain number of boxes and will either have to put a tick or cross in the box you think is the right answer.
The test's emphasis on simulations and increased number of multiple-choice questions from which there are random selections reduces the value of memorization and it is virtually impossible for candidates to anticipate specific questions
58=390625 There are five choices for each of the questions. To find the total number of ways to answer multiply 5 for each of the eight questions.
Multiple choice tests are commonly used in schools because they are efficient for assessing a large number of students quickly. They also help to standardize grading and reduce subjective bias in evaluation. Additionally, they can measure a wide range of knowledge and skills.