Answer:
23 flowers
Step-by-step explanation:
(For a visual example)
- Take a slip of paper and draw 12 lines evenly spaced apart.
- Draw a line in between each of those flowers.
- Count up all those flowers!
Answer:
c. No, there are more than two possible outcomes for each trial.
Step-by-step explanation:
Binomial probability distribution:
Only two possible outcomes, success or failure.
In each trial, the probability of a success must be the same.
The number of trials must be fixed.
You ask ten randomly chosen college students to rate their experience at the dining hall on a scale of 1-5.
There are 10 trials, which is a fixed number and respects the binomial distribution. However, there are five possible outcomes(numbered 1 to 5). Since there is more than two possible outcomes, the scenario cannot be modeled using a binomial distribution, and the correct answer is given by option c.
Answer:
Using various of methods. It depends of your solving it on a graph, table, etc.
Step-by-step explanation:
You can put it in slope-intercept form (My fav), standard form, point-slope form, you can find the rate change (Y is over X), etc.
For this, we just need to solve the function when x = 4. So firstly, plug in 4 in the x variable.
Next, solve the exponents and multiplications: 
Next, combine everything on the right side of the equation, and your answer will be y = -4
It’s 3, because of order of operations. First you have to divide, then you can add
