<h2><em>y = 3x + 6. That is the answer in y = mx + b format.</em></h2>
Answer with explanation:
Mean of the sample(m) = $ 5474
Standard deviation of the sample (S)=764
Number of observation(n)=36
So, Mean Monthly Expenses of Population =$ 5405.76, which is 90% upper confidence bound for the company's mean monthly expenses.
Answer:
Step-by-step explanation:
Given
per game
at most
Required
Represent using an inequality
Represent the number of games with g
So, if 1 game costs $2,
g games would cost $2 * g
Since, I will be spending on games and food, my spending can be calculates as:
From the question, we understand that total spending is at most $25.
The term at most means
So, the expression can be represented as:
This gives:
The above inequality models the scenario
The sample space is the final choice: <span>{B1,B2,B3,T1,T2,T3}
The sample space shows all of the possible outcomes of an event. In this case, there are 6 possible outcomes.
You could spin the top or bottom with each of the numbers.</span>