To solve this problem, let us first define what a median
is. A median is a line segment that connects a vertex and the midpoint of the side
opposite to that vertex.
<span>In this case, the vertex is point A while the opposing
side is side CB. Since it connects to the midpoint of CB, therefore this means
that the median AD equally divides side CB into 2 parts. Since the length side CB is the sum of the
lengths side CD and side BD. Therefore this means that:</span>
length of CD = length of BD
length of CD = 24
Answer:
<span> 24</span>
Answer:
I believe it would be B.
Step-by-step explanation:
Range: area of variation with real numbers
Also, seeing the quadrant it is in means there are negative numbers. This takes out the possibility of option A.
I don't like fractions, so I would turn 8/14 into a decimal.
Do 8 divided by 14 and you'll get .57
Now 8 + 0.57 = 8.57
The fraction form would be 60/7 and the mixed form would be 8 4/7
D__ is 7.5<x
C is x<10
Step-by-step explanation:
just do the inequality and graph
Let’s remember the most basic thing in percentages, the equation.
Percent x Whole = Part.
We know the whole, and the part, but we are trying to find the percent, so we have to divide the two, first turn your whole and part into a decimal.
Percent x 0.4 = 0.18, so we divide 0.18 by 0.4
0.18/0.4 = 0.45
0.45 = 45%
