On her way to work, Mrs. Larsen gets a green light at a certain traffic light only 30% of the time. She wants to find the probab
ility that she will get a green light at this traffic light all five mornings that she travels to work next week. Use the following randomly generated list of 200 five-digit numbers to answer the questions and find the probability. Select the digits you will use to represent a favorable outcome.
How many favorable outcomes are on this list? What are they?
Given this simulation, what is the probability that Mrs. Larsen will get a green light at this traffic light all five mornings next week?
First, use the random number table to generate the possible probabilities but only account the first four digits in order to get a value that is a percentage 35.85% 28.97% 90.12% 5.07% 20.43% The average is 36.09% There is a 36.09% probability that the light will be green when reaches the traffic light
(Distribute the 3) 6x +15 <span>≥ 2(x + 6) (Distribute the 2) 6x + 15 </span><span>≥ 2x +12 (subtract 2x from both sides) 4x + 15 </span><span>≥ 12 (subtract 15 from both sides) 4x </span><span>≥ -3 (divide by 4x on both sides) x </span>≥ -0.75