Answer:
Probability that Jonas gets an orange is 1/4 and Beth gets a peach is 3/16.
Step-by-step explanation:
Here,
The total number of fruits n(S) = 3 + 4 + 4 + 2 + 3
= 16
The total number of oranges n(O) = 4
The total number of peas n(P) = 3
Now,
P(O) = n(O)/n(S)
= 4/16
= 1/4
Again,
P(P)= n(P)/n(S)
= 3/16
Answer:
About 15.3%!
Step-by-step explanation:
ill explain in comments, i hope this helps you out
Answer:
She would most likely want C, a bar graph, or none of these.
Step-by-step explanation:
A. Frequency tables are created by arranging collected data values and their corresponding frequencies. The purpose of constructing this table is to show the number of times a value occurs. She most likely wouldn't want this to know the exact number of votes she got.
B. Pictographs are a way of showing data using images. Each image stands for a certain number of things. In this case, what use would images be when knowing the exact number of votes she got?
C. Bar graphs make it easy to compare sets of data between different groups at a glance. The graph represents categories on one axis and a discrete value in the other. The goal is to show the relationship between the two axes. Bar charts can also show big changes in data over time. When you vote, you can usually say yes or no. She can see how many people voted for her and how many people said no.
D. Then again, you can also say none of these, because these options can also show information that isn't relevant.
Hope this helped, some information may not be accurate!
<h3><u>The value of y is equal to (-4 - 3x)/4.</u></h3>
Because there are two variables and only one equation, we cannot solve for the exact value of y.
However, we can still get a value of y.
y - 4 = 3x + 5y
Subtract y from both sides.
-4 = 3x + 4y
Subtract 3x from both sides.
-4 - 3x = 4y
Divide all terms by 4.
(-4 - 3x)/4 = y