Jan 16, 2025 · You have to pick only one eatable from jar C. Suppose the eatable is a candy, then the jar C contains candies only(because all the jars were mislabeled). Now, since the jar C has candies only, Jar B can contain sweets or mixture.

One jar contains Apples, another contains Oranges and the third jar contains a mixture of both Apples and Oranges. You are allowed to pick as many fruits as you want from each jar to fix the labels on the jars.

Dec 15, 2016 · A jar contains 20 yellow marbles, 55 green marbles, and 25 purple marbles. You pick one marble from the jar at random. What is the theoretical probability of picking a purple marble?

Jan 7, 2024 · We can then iterate through the jars and calculate the maximum number of chocolates that can be picked at each jar. The algorithm can be summarized as follows: Create an array, dp, of size N+1 and initialize dp[0] to 0 and dp[1] to the number of chocolates in the first jar.

Well you need to pick just one fruit from the jar labelled as “Apples & Oranges” to correctly label the jars. The trick here is to realize that all the jars are labelled incorrectly. So you will get the solution if you proceed thinking in this direction.

Nov 10, 2024 · The answer is 1. Did you get it right? If yes, well done. If not, let's understand the solution. Since all the jars are mislabeled, hence we will be picking the fruit from the mixed labeled jar.

May 3, 2021 · A jar contains one red, one green, one yellow, and one blue marble. You pick one marble, keep it, and pick another marble until all four marbles are chosen. What is the probability that you pick the marbles in the order red, green, yellow, and blue?

Question 338357: A Jar contains 30 red marbles, 50 blue, and 20 white. You pick one marble fromt the jar at random. Find each theoretical probability. P(red) P(blue) P(not white) P(red or blue) Answer by Fombitz(32388) (Show Source):

Find step-by-step Algebra 2 solutions and the answer to the textbook question A jar contains 30 red marbles, 50 blue marbles, and 20 white marbles. You pick one marble from the jar at random. Find each theoretical probability.

Mar 18, 2018 · One jar contains Apple, another contains Oranges and the third jar contains a mixture of both Apple and Oranges. You are allowed to pick as many fruits as you want from each jar to fix the labels on the jars.