on a reality show, contestants had to spin two wheels of fate. spinning the first wheel determined the…

on a reality show, contestants had to spin two wheels of fate. spinning the first wheel determined the remote location where contestants would reside for the duration of the season. spinning the second wheel determined which \bonus survival tool\ they would be allowed to bring, along with a few other necessary items.\n\n| |a tent|matches|\n|--|--|--|\n|desert|1|5|\n|rainforest|2|4|\n\nwhat is the probability that a randomly selected participant spun the first wheel and landed on rainforest and spun the second wheel and landed on a tent?\n\nsimplify any fractions.

on a reality show, contestants had to spin two wheels of fate. spinning the first wheel determined the remote location where contestants would reside for the duration of the season. spinning the second wheel determined which \bonus survival tool\ they would be allowed to bring, along with a few other necessary items.\n\n| |a tent|matches|\n|--|--|--|\n|desert|1|5|\n|rainforest|2|4|\n\nwhat is the probability that a randomly selected participant spun the first wheel and landed on rainforest and spun the second wheel and landed on a tent?\n\nsimplify any fractions.

Answer

Answer:

$\frac{1}{6}$

Explanation:

Step1: Calculate total number of outcomes

The total number of outcomes is the sum of all values in the table: $1 + 5+2 + 4=12$.

Step2: Determine favorable outcomes

The number of participants who landed on rain - forest and a tent is 2.

Step3: Calculate probability

The probability $P$ is the number of favorable outcomes divided by the total number of outcomes. So $P=\frac{2}{12}=\frac{1}{6}$.