RIGHT ANSWER GETS BRAINLIST 100 POINTS
Kasha has a spinner divided into 8 equal sections that are labeled 1 though 8. She wants to compare the theoretical probability and the experimental probability of spinning an odd number. She spins the spinner 10 times and records the results in this list.

{2, 4, 1, 8, 7, 5, 3, 4, 1, 5}

Drag and drop the answers into the boxes to correctly complete the sentences.

The theoretical probability of spinning an odd number is equal to Response area. The experimental probability of spinning an odd number is equal to Response area. Therefore, the theoretical probability of spinning an odd number is Response area the experimental probability of spinning an odd number.

The theoretical probability is found by taking the amount of times our wanted solution is in the options out of the total options. In this case, we have a spinner with labels of 1-8 so the odd numbers would be {1, 3, 5, 7}. The total possibilities is 8 so that means we do 4/8. This gives us 0.5 or 50% probability.

Step 2: Determine the experimental probability

The theoretical probability is found by taking the amount of times we get our wanted solution out of the total times we spun. In this case, we spun 10 times and we got the following odd numbers, {1, 7, 5, 3, 1, 5}. So we take the number of times that we got an odd number and divide it by the total times we spun. So we do 6/10 which gives us 0.6 or 60% probability.

Step 3: Determine which is greater

Therefore, the theoretical probability (0.5) of spinning an odd number is less than the experimental probability (0.6) of spinning an odd number.

Answer: Part (a) = 0.5, Part (b) = 0.6, Part (c) = less than