Taka conducts an experiment where he rolls a number cube, with sides labeled from 1 to 6, and then flips a coin. this table shows the results from 12 trials. results 1 h -- 4 t -- 1 h -- 5 t -- 2 h -- 3 t -- 6 t -- 2 h -- 3 t -- 5 t -- 3 h -- 4 t how do the experimental probability and theoretical probability of rolling an even number and then flipping a head in taka's trials compare? give the values or phrases to correctly complete the sentence. the experimental probability is , which is the theoretical probability of answer choices - 1/12, 1/6, 1/4, 1/3, 1/2, greater than, less than, equal too.

The experimental probability is 1/6, and the theoretical probability is 1/4. The theoretical probability is greater than the experimental probability in this trial.Explanation:
Theoretical probability is the mathematically calculated probability of the circumstances occurring. 
There is a 1/2 chance of rolling an even number, and a 1/2 chance of flipping a coin on heads.
Since the question asks for the possibility of both happening, multiply those together to find the probability:

The theoretical probability of rolling an even number and then flipping a head is 1/4.
Now we'll focus on Taka's trials.
Experimental probability is the probability that is taken from results of a trial.
Take the results, and see if they match the criteria of rolling an even number and flipping heads.
The results that are bolded fit the criteria:1 H, 4 T, 1 H, 5 T, 2 H, 3 T, 6 T, 2 H, 3 T, 5 T, 3 H, 4 T
Taka managed to roll and flip the coin to fit the criteria 2 times out of 12. Converted into a fraction, it is 2/12. Simplified, the experimental probability is 1/6

Period is the time it takes for one “cycle” to complete. in the parent sine function, period is 2*pi since sin(0) = 0, sin(pi/2) = 1, sin(pi) = 0, sin(3pi/2) = -1, and sin(2pi) = 0. at that point, the sequence repeats itself. i’m not sure if your graph is similar to the sine function since you didn’t provide a picture, but you can find the period by looking at a graph.