I would say the second option, because it looks like the most reasonable one. The third and fourth options decrease, but we can see by the chart that in fact, the weight increases. Also, it wouldn't be the first option, because its showing that the wight is always constant and rate doesn't change. However, we can see that this is wrong and the rate actually does change. Therefore, the second option looks like the most reasonable for this chart.
The table shows that as the weeks go by the baby elephant increases the weight which means that we will have an upward curve. This leads to eliminate options three and four. Then, we can see that the increases in weight are not proportial each week as the second week the increase was by 21, the third 16 and the fourth 10. This indicates that number one is not correct as it shows that each week the increase is by the same amount. So, the correct option is the second graph that shows that each week there is an increase in weight but it is smaller when the weeks go by.
The answer is B/C.—M is in fact NOT a midpoint of line AB. This is because to be a midpoint the distance between both endpoints and the midpoint must me equal. If AB has equaled 28 then is would be, but in this case NO. To get AM you just need to do 27-14. AM would be 13 (if you need that too)
