Answer:
The first derivative of is .
Step-by-step explanation:
Let . we can determine its first derivative by Rule for the Square Root Function, Rule for Power Function, Rule of Chain and Rule for the Addition of Functions, Rule for the Subtraction of Functions, Rule for the Division of Functions:
The first derivative of is .
First you should plot the points and connect them so you can see the triangle.
Then you need to find the slope of each line segment. Then you need to get the slope that would be perpendicular to each individual slope.
Then you got to the OPPOSITE vertex of each line segment, and use the perpendicular slope from that vertex to draw a line, then you will see that all 3 of them intersect at (5,-1)
Answer:
( d / c ) < ( a / d )
( b / d ) < ( a / d )
( d / a ) < ( a / d )
Step-by-step explanation:
For this problem, we need to consider the given information that a > b > c > d > 0. Note that a is the greatest number and that d is the least number.
Given this fact, we can create a fraction that will result in a maximum value by simply doing the following:
a / d
The reason the fraction ( a / d ) results in a maximum, is because of the given information where a is the furthest from 0, and d is the closest to 0. Therefore, we can say that no other combination will result in a value greater than ( a / d).
So in the three given statements, we have different combinations of fractions being compared to our maximum value fraction. Our maximum value fraction ( a / d ) will always be greater than any other combination.
Thus, we will choose the sign that makes ( a / d ) greater than the other choice fractions.
Cheers.
669.949 should be your result hope it helps and ask me anything you didn’t understand!
Answer:
55%
Step-by-step explanation:
341 divided by the amount of total students is 55%