Answer:
associative property, which is the mathematical property that states that you can change the grouping in an addition or multiplication equation and the answer will not be affected.
Answer:
I would just say that Manuel seems to be moving at a pretty fast or decent pace at first, and he then at some point, doesn't move at all because the straight line shown in the middle of the graph shows us that there isn't any movement from him. (at least with what the information on the graph is giving us) At the very end of the graph, I can see that he eventually reached his destination, and at a very fast rate! (because the graph seems to obviously end at a point)
Step-by-step explanation:
I'm a Freshman in High School, and I haven't learned about graphs as simple as this one in a hot-minute! [a year or two maybe] Sooo...I hope I helped a little bit though.
But even if I am completely wrong, just know that whenever a straight vertical line like that is on a graph, it means that there was either NO motion detected or that there wasn't any data at that moment to be graphed. {BUT} In this case, Manual wasn't moving at all for that time being, because the graph has a STRAIGHT VERTICAL LINE in the middle of it.
I would also write down in my answer, that it looks like he was riding a bike, or was driving, or was maybe running, because it looks like either his destination was very close to where he originally started, OR he just got to his destination quickly via transportation.
Answer:
x intercept : ( 3 , 0 )
y intercept : ( 0 , -3/4 )
Step-by-step explanation:
Answer: The proportion that will qualify is 0.0314 or 3.14%.
First, we need to find the z-score of a time of 128 seconds. To do this, we find the difference of the mean and score and divide by the standard deviation.
(128 - 141) / 7 = -1.86
Now, use a standard normal distribution table to determine the percent below a z-score of -1.86. That value is 0.0314 or 3.14%.
