The possible outcomes are there on Ryan's first turn flipping two cards is
<h3>What are cards?</h3>
The cards are 52 in number in which 13 cards are different. Each card is four in quantity.
Ryan is playing a multiplication game with a pile of 26 cards, each with a number on them.
Each turn, he flips over two of the cards and has to multiply the numbers.
The number of ways in which two cards can be selected from 26 cards, at the same time. The order of those are important.
Then, the number of possible outcomes on each flip of two cards
= 26 p(2)
= 26 x 25
=650
Thus, the possible outcomes are there on Ryan's first turn flipping two cards.
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Based on the information given, it should be noted that we will have an omitted variable bias, therefore, it's true.
<h3>What is an omitted variable?</h3>
An omitted variable simply occurs when a statistical model that occurs when one or more relevant variable is left out.
It should be noted that we will have omitted variable bias if we leave out a RHS variable that affects the LHS variable, even in a situation where there is no correlation between the omitted RHS variable and the included RHS variables.
For omitted variable bias to occur, it should be noted that the omitted variable will be correlated with the included regressor.
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Answer:
200 minutes ; 3 hours and 20 minutes.
Step-by-step explanation:
If you write a proportion in the form
miles/minutes = miles/minutes
you would get 3/50 = 12/x
from there you cross multiply to get
3x=600, and solve that to get 200 minutes.
another way was to see that 12 is 3*4, and multiply 50 by 4 to get the same answer.
We are given the functions:
f(x) = 4 x – 5 --->
1
g(x) = 3 x + 7 --->
2
To find for the value of f(x) + g(x), all we have to do is
to add equations 1 and 2:
f(x) + g(x) = 4 x – 5 + 3 x + 7
f(x) + g(x) = 7 x + 2 = y
In this case, for any real number value assign to x, we get
a real number value of y. This is because the function is linear.
Therefore the domain of the function is all real numbers.
