only 25% of pickles contain the winning phrase. if we buy 20 pickles, how can we design a simulation to find…

only 25% of pickles contain the winning phrase. if we buy 20 pickles, how can we design a simulation to find the experimental probability of winning 5 or more tickets? should we reshuffle the deck after we replace the card? 1. shuffle the deck. 2. pull a card. 3. record the result. 4. replace the card.

only 25% of pickles contain the winning phrase. if we buy 20 pickles, how can we design a simulation to find the experimental probability of winning 5 or more tickets? should we reshuffle the deck after we replace the card? 1. shuffle the deck. 2. pull a card. 3. record the result. 4. replace the card.

Answer

Explanation:

Step1: Understand the goal of simulation

We want to simulate the situation of buying pickles with a 25% winning - rate. Using a deck of cards is a common simulation method.

Step2: Consider the nature of the problem

Since we want each draw to be an independent event with the same probability of winning (25%), just like each pickle - buying is an independent event.

Step3: Analyze the effect of reshuffling

If we don't reshuffle after replacing the card, the probability of getting a 'winning' card in subsequent draws may be affected by the previous non - reshuffled order. Reshuffling ensures that each draw has the same probability of getting a 'winning' card, which is consistent with the independent and identically distributed nature of the pickle - buying situation.

Answer:

yes