Answer: <em>Option (A) is correct.</em>
Step-by-step explanation:
Let's assume the following result from the data analyzed:
Most motorcyclists who were involved in serious accidents, they did not take in consideration to take the course - this would suggest "Motorcyclists who did not take the course were more likely to get in a serious accident."
Therefore, if only 8% of motorcyclists have taken in consideration to take up this course, then this would predict that courses did not have a compelling effect on safety, thereby hindering the argument.
However, if compelling more than 8% of motorcyclists took this course, then the data would predict that courses were effective.
Answer:
A
Step-by-step explanation:
To solve this I first solved the equation for how many rabbits there would be after 1 year
1000+ .40×(1400)
This is going to give me the number of rabbits at first, + 40% of the initial population.
After the first year there would be 1400 rabbits.
While choice C does equal 1400, this equation only gives you the population increase for 1 year. Answer A allows you to find the population for any year.
Answer:
Infinite Solutions
Step-by-step explanation:
If you graph both lines (shown below), you will see that both lines given are overlapping each other. This means that their are an infinite amount of solutions.
Best of Luck!
500/1000 = 1/2 Same distance to zero and one
opposites are also called additive inverse and have the sum of zero.