Answer: The required probability is
Step-by-step explanation: Given that a box contains 4 red balls, 5 white balls, and 7 blue balls and we choose two balls at random from the box.
We are to find the probability that neither being red given that neither is white.
Let A and B denote the events that neither of the two balls are red and neither of he two balls are white.
Then, the probabilities of events A and B are given by
The probability that neither of the two balls are red or white is
Therefore, the probability that neither being red given that neither is white is given by
Thus, the required probability is
0 is most likely the answer. considering you didn’t add a picture or anything like that.
Ok so…. The “x” line goes horizontal and the “y” line goes diagonal. First thing you want to look at is if there’s a negative sign, the line is going to be pointing left like this:
\
\
\
From the center of the graph (called the origin) count up 5 units and left 2 units. Then graph that point. Then to graph another point, from the origin, move right 2 units and down 5 units then plot a point. Your graph should look kind of like this:
\
.
\
.
\
.
Remember: you know you did this correctly when you can draw a STRAIGHT line that connects all the dots
Hope this helped :)
In order for us to know which statements are true, we need to go over the choices.
A. True
0.6 = 3/5
0.6 = 3/5
60 / 100 = 3 / 5
B. True
0.125 = 1/8
0.125 = 125/1000 = 1/8
C. FALSE.
2.015 = 2 15/1000 = 2 3/200
The statement that is false is Choice <span>C. 2.015 = 2 1/100</span>
You take 6 feet times 4 feet to give you 24 square feet.