Here we reproduced the distribution from the simulation for 1025 random answer sets.
The variable is the proportion of matches with Student A's wrong answers on 16
questions. Suppose that a student had 4 matches with Student A's wrong answers on
these 16 questions.
What could we conclude?

Okay. Somebody used as most to do this question because of the complexity of it, it gets a little time consuming to do it by hand. We have a committee. We need six people from a 22 of them were gonna be our president or vice president. And so because we're naming those thoughts, the order is important there. So the first thing I'm gonna do is find that that's gonna be 20 juice to row. Other four members are just coming from the remaining students.

So times this time is going to be the combination of the remaining 18 students of which I'm choosing for from. And so my answer is going to be 1,162,800 possible ways.

Here we reproduced the distribution from the simulation for 1025 random answer sets. The variable is the proportion of matches with Student A's wrong answers on 16 questions. Suppose that a student had 4 matches with Student A's wrong answers on these 16 questions. What could we conclude?

Respuesta :

Otras preguntas

Here we reproduced the distribution from the simulation for 1025 random answer sets.
The variable is the proportion of matches with Student A's wrong answers on 16
questions. Suppose that a student had 4 matches with Student A's wrong answers on
these 16 questions.
What could we conclude?