1/2 x 1/3 = 1/6
There is insufficient information for us to even begin to answer this question. Please edit the question to include more context or relevant information. There is no information on the shape of the two spinners and what colours are on each.
Ok probabilty is easy once you get to know how to do it. Ok so have you ever picked a colored marble ou of a bag? well that's probabilty you will have a guess of what color you will pull out. That is how you do probabilty
Assuming the red and blue spinner has an equal number of red and blue spots, the odds of spinning blue is 50%. On the other spinner, the odds of an odd number is 67%. Combined, the odds of spinning blue and an odd number is 33%. (50% times 67%)
It is the chance that something will happen.
The answer will depend on the patter of colours on the two spinners.
Patricia Baines has written: 'Spinning wheels' -- subject(s): Spinning-wheel 'Spinning Wheels, Spinners and Spinning' 'Linen' 'Spinning Wheels and Spinning'
it will be 7:9
1/2 x 1/3 = 1/6
There is insufficient information for us to even begin to answer this question. Please edit the question to include more context or relevant information. There is no information on the shape of the two spinners and what colours are on each.
Probabilty is a a fraction.
odds
There are some interactive spinning crib spinners that will keep your baby entertained.
Ok probabilty is easy once you get to know how to do it. Ok so have you ever picked a colored marble ou of a bag? well that's probabilty you will have a guess of what color you will pull out. That is how you do probabilty
The two main approaches are the Classical approach and the Bayesian approach.
Assuming the red and blue spinner has an equal number of red and blue spots, the odds of spinning blue is 50%. On the other spinner, the odds of an odd number is 67%. Combined, the odds of spinning blue and an odd number is 33%. (50% times 67%)
Wind spinners work by rotating or spinning in response to the force of the wind. They typically have a design that catches the wind and uses it to create motion, such as with intricate shapes or aerodynamic blades. The wind's force causes the spinner to rotate, producing a visually pleasing and hypnotic effect.