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Anna surveyed 48 students to see which devices are available at home used for their online learning, and here is the information she got: 46 Students uses smartphone 36 Students uses laptop 34 Students uses both 2. Make a Venn Diagram that will represent the problem; and

Anna surveyed 48 students to see which devices are available at home used for their online learning, and here is the information she got: 46 Students uses smartphone 36 Students uses laptop 34 Students uses both 2. Make a Venn Diagram that will represent the problem; and

A First Course in Probability (10th Edition)
A First Course in Probability (10th Edition)
10th Edition
ISBN:9780134753119
Author:Sheldon Ross
Publisher:Sheldon Ross
Chapter1: Combinatorial Analysis
Section: Chapter Questions
Problem 1.1P: a. How many different 7-place license plates are possible if the first 2 places are for letters and...
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Anna surveyed 48 students to see which devices are available at home used for their online learning, and here is the information she got: 46 Students uses smartphone 36 Students uses laptop 34 Students uses both 2. Make a Venn Diagram that will represent the problem; and 3. complete and detailed solutions to the following questions. a) How many students have a laptop or a smartphone? b) What is the number of students who has neither a laptop nor a smartphone? c) Determine the probability of students with smartphone P(S) and probability of students with Laptop P(L). d) Show the probability of randomly selecting a student who has either a laptop or a smartphone. e) What is the probability of randomly choosing a student who doesn't have any learning devices?
Transcribed Image Text:Anna surveyed 48 students to see which devices are available at home used for their online learning, and here is the information she got: 46 Students uses smartphone 36 Students uses laptop 34 Students uses both 2. Make a Venn Diagram that will represent the problem; and 3. complete and detailed solutions to the following questions. a) How many students have a laptop or a smartphone? b) What is the number of students who has neither a laptop nor a smartphone? c) Determine the probability of students with smartphone P(S) and probability of students with Laptop P(L). d) Show the probability of randomly selecting a student who has either a laptop or a smartphone. e) What is the probability of randomly choosing a student who doesn't have any learning devices?
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