6
2 on the coin, 3 on the pointer: 2x3=6
The number of outcomes depends on what the experiment is! If the variable of interest is the size, there are just three outcomes. If the variable of interest is price, then there is not enough information to determine the possible outcomes.
Ah, statistics 101, huh? The ratio of favorable outcomes to the number of possible outcomes is simply the probability of an event occurring. So basically, it's just the number of ways you can win divided by all the ways you can play the game. Simple math, really. Now go out there and show those odds who's boss!
-- 8 possibilities if the coins are different colors. -- Only 4 possibilities if you can't tell the coins apart.
There are no possible ways to get black when you have pink! You can try random colors but I dont think it will work! GOOD LUCK!
True black is the absence of color. Black pens are usually a really dark purple or blue. If your mixing water colors or something, mix all the colors you have together. That will get you as close to black as you can get.You make black by combining all possible colorsThat is how you get black
There are 12 possible outcomes.
You need to know how many outcomes you have. Is the spinner composed of colors, numbers, names? What categories does the spinner have?
There are 10 possibilities. For every space on the spinner you land on, there are two other outcomes (heads and tails). Say the colors are Blue, Green, Yellow, Red, and Purple. Here would be the final outcomes. Blue - heads or tails Green - heads or tails Yellow - heads or tails Red - heads or tails Purple - heads or tails
The number of outcomes depends on what the experiment is! If the variable of interest is the size, there are just three outcomes. If the variable of interest is price, then there is not enough information to determine the possible outcomes.
It depends on how many colors there are on the spinner you are using
18 outcomes- 1 size x 6 colors= 6 sweaters 2 sizes x 6 colors= 12 sweaters 3 sizes x 6 colors= 18 sweaters
it will land on red once and it will land on blue once aswell
No they don't change colors
1/2 or 50%
1/4 like a spinner has 4 colors on it 1 is colored blue the others are colored red.
Assuming that the colors are balanced, the probability is 1 in 5.
You can create a spinner wheel by using a circular template, dividing it into sections, and attaching a spinner in the center. Customize each section with different colors or options. Spin the wheel to randomly select a section.