00:01
Hello guys, so today we're going to answer the question above.
00:03
We have a table.
00:04
I'm going to draw that table real quick.
00:07
We have white.
00:12
Okay, we have black.
00:19
We have red.
00:23
And they're each assigned given values.
00:27
We have green.
00:29
And we have blue.
00:33
And there right here.
00:41
Why is it not? i think my computer is freezing now.
00:48
I apologize for this.
00:51
Okay.
00:52
You should be good now.
01:00
Okay, good.
01:07
I approach that.
01:10
That should be good now.
01:12
So the given value for white is 5, given value for black is 6, for red it's 8, for green it's 2, and for the blue it's 9.
01:25
And we are asked to find for which marble is an experimental probability of drawing the marble, the same as the theoretical probability.
01:34
So this experiment is given regarding drawing balls on the bag, consisting of five balls of different colors each.
01:46
So we have five balls of different colors.
01:49
We can have a probability of p equaling p, which is any of these colors, one fifth.
02:00
Okay? so keeping that in mind, we know that there is also 30 marbles, okay? maybe i should write it here...