Answer: Heyaa! :)
<em>Slope: </em>−1
<em>y-intercept: </em>(0,−3)
<em>Slope:</em> 4
<em>y-intercept: </em>(0,−5)
<em>Slope:</em> 2
<em>y-intercept:</em> (0,2)
Slope: −1
<em>y-intercept:</em> (0,4)
- <em>5. 3x+4y=-12 = - 3/4</em>
<em>Slope: </em>−3/4
<em>y-intercept: </em>
(0,−3)
Hopefully this helps<em> you!</em>
<em />
- Matthew
the only statement that is true is the one in option D.
"Bar graphs are used to represent data that is discrete".
<h3>Which of the statements are true regarding dot plots, bar graphs, and histograms?</h3>
Dot plots, bar graphs, and histograms are used to repersent graphically data sets.
Thus, what these graphs do represent are populations in a data set with a given property.
Remember that data is usually discrete, so we usually use dot plots and bar graphs to represent discrete data.
Histograms show distributions of numerical data (it can be used for continuous or discrete data).
With all that in mind, we conclude that the only statement that is true is the one in option D.
"Bar graphs are used to represent data that is discrete".
If you want to learn more about data sets:
brainly.com/question/3514929
#SPJ1
Answer:
Imagine that the number that we are looking for is x
We know that:
x/5 - 78 = 9
x/5 = 9 + 78
x/5 = 87
x = 87 . 5 = 435
So the number we need is 435
Because the tell if he number is big or small
Answer:
the probability of not winning is 0.9946
Step-by-step explanation:
The computation of the probability of not winning is shown below:
The Probability of winning is
= 7 ÷ 1302
So, the probability of not winning is
= 1 - 7 ÷ 1302
= (1302 - 7) ÷ 1302
= 1295 ÷ 1302
= 165 ÷ 186
= 0.9946
Hence, the probability of not winning is 0.9946
The same is considered
