Question

How many different possible outcomes exist when each spinner shown below is spun one time? a spinner with 4 equal sections labeled 1 through 4.a spinner with 3 equal sections labeled 1 through 3. 3 4 7 12

Answer 1

The total number of different possible outcomes when spinning two spinners, one with four sections and one with three sections, one time each, is 12 possible outcomes.

Step-by-step explanation:

To determine the number of different possible outcomes when each spinner is spun one time, we need to apply the fundamental principle of counting. The first spinner has 4 equal sections labeled 1 through 4, and the second spinner has 3 equal sections labeled 1 through 3.

The total number of possible outcomes for both spinners being spun once is found by multiplying the number of outcomes on the first spinner by the number of outcomes on the second spinner:

Number of outcomes for spinner 1 = 4 (since it has 4 sections)
Number of outcomes for spinner 2 = 3 (since it has 3 sections)

Multiply the two numbers of outcomes. The answer is:
4 (outcomes from spinner 1) × 3 (outcomes from spinner 2) = 12 possible outcomes.