The probability that a bulb produced by a factory

The probability that a bulb produced by a factory will fuse after days of use is 0.

Let X be the number of bulbs that will fuse after days of usage. Total number of trials is 5. In Bernoulli trials, p is the probability of success and q is the probability of failure. The probability that the bulb will fuse after days of usage is 0. Therefore, value of p is 0. Thus, the probability that no bulb will fuse after days of usage is 0. Thus, the probability that not more than one bulb will fuse after days of usage is 0.

The probability that a bulb produced by a factory

Let X represent the number of bulbs that will fuse after days of use in an experiment of 5 trials. The trials are Bernoulli trials. Last updated on Feb 6, The exam will be from 28th to 31st December Candidates can check the notification on the official website. Also note that separate cycles are going on for Sanskrit Education and Secondary Education Departments. Get Started. English Hindi. This question was previously asked in. Start Now. Calculation: Let X represent the number of bulbs that will fuse after days of use in an experiment of 5 trials. Trusted by 5. More Probability Questions Q1. In a carton, there are total of 45 oranges.

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Last updated at May 29, by Teachoo. Learn in your speed, with individual attention - Teachoo Maths 1-on-1 Class. Question 5 The probability that a bulb produced by a factory will fuse after days of use is 0. Find the probability that out of 5 such bulbs i none ii not more than one iii more than one iv at least one will fuse after days of use. Davneet Singh has done his B. Tech from Indian Institute of Technology, Kanpur. He has been teaching from the past 13 years. Your browser does not support the audio element.

The probability that a bulb produced by a factory

Bayes' theorem to find conditional porbabilities is explained and used to solve examples including detailed explanations. Diagrams are used to give a visual explanation to the theorem. Also the numerical results obtained are discussed in order to understand the possible applications of the theorem. Example 1 below is designed to explain the use of Bayes' theorem and also to interpret the results given by the theorem.

Lindt chocolate factory explosion

Find the probability that out of 5 such bulbs. The probability that a bulb produced by a factory will fuse after days of use is 0. What is the probability that exactly one of them will pass the exam? Let X represent the number of bulbs that will fuse after days of use in an experiment of 5 trials. JEE Advanced Result. Find the probability that out of 5 such bulbs: iv At least one will fuse after days of use. A basket containing 13 apples and 13 oranges Find probability of taking two fruits and both being the same. Open in App. Old search 1. He has been teaching from the past 13 years. Study Material. Learn in your speed, with individual attention - Teachoo Maths 1-on-1 Class. Previous Year Question Paper. Let X be the number of bulbs that will fuse after days of usage. Your browser does not support the audio element.

Bayes' theorem to find conditional porbabilities is explained and used to solve examples including detailed explanations. Diagrams are used to give a visual explanation to the theorem. Also the numerical results obtained are discussed in order to understand the possible applications of the theorem.

Mock Test. College Predictor. A circle is formed by a wire and its area is What is the probability that an odd number appears on the dice? Generate OTP. Trending search 2. Maths Classes. Tech from Indian Institute of Technology, Kanpur. Maybe Later Allow. Question 5 The probability that a bulb produced by a factory will fuse after days of use is 0. The trials are Bernoulli trials. Revision Notes. Courses for Kids. Binomial Probability Theorem. Reservation Criteria.