A local grocery store is running a marketing promotion on social media. They are randomly choosing a winner from the entrants that submitted an entry form. The entry form asked how many times a week the entrant shops at the store. See the results below. What are the odds (in the shopping range per week: not in the shopping range per week) that the winner shops in the store 4 or more times a week?

Answers

Answer 1
Answer:

Using it's concept, it is found that the odds that the winner shops in the store 4 or more times a week are given by: 9:41.

What is the odd of an event?

It is given by the number of desired outcomes divided by the number of non-desired outcomes.

Researching the problem on the internet, it is found that 18% of the winners shop in the store 4 or more times a week, while 82% do not, hence:

18:82 = 9:41

The odds that the winner shops in the store 4 or more times a week are given by: 9:41.

More can be learned about odds at brainly.com/question/25683609


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Which equation will have the same solution as 3(2x-1)+4x=13?
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How much does 3000 kg = to get tons
Choose the correct graph of the given system of equations.y + 2x = −1 3y − x = 4 graph of two lines that intersect at the point (negative 1, 1) graph of two lines that intersect at the point (1, 1) < Not graph of two parallel lines with positive slopes None of the above

Samples of size n = 600 are taken from a telephone survey, and the mean age is taken for each sample. What is the distribution of the sample means?A. skewed to the left
B. normal (approximately)
C. not enough information provided
D. skewed to the right

Answers

The answer in B. For complicated statistics reasons the Central Limit Theorem states that, for sample sizes of above 25 (or 30 depending on the text!), the distribution of sample means is approximately normal regardless of the distribution of the parent distribution

Answer:

B. normal (approximately)

Step-by-step explanation:

A line has a rise of 6 and a slope of 1/20. What is the run?30
90
120
What is the answer please help.
Thank you

Answers

Answer:

\boxed{\boxed{\text{Run}=120}}

Step-by-step explanation:

From coordinate geometry we know that, slope is ratio of vertical change rise and the horizontal change run.

Mathematically,

\text{Slope}=\frac{\text{Rise}}{\text{Run}}

Putting the given values,

\Rightarrow (1)/(20)=\frac{6}{\text{Run}}

\Rightarrow \text{Run}=6* 20

\Rightarrow \text{Run}=120

Rise/Run=(Y-y)/(X-x)

6/Run=1/20=6/120

Say that R=Run

6/R=6/120

720/R=6

6R=720

R=720/6=120

Therefore Run=120.


What is the average(arithmetic mean)of all even integers between -5 and 7

Answers

Data:
all even integers between -5 and 7 = \{-4,-2,0,2,4,6\}
Number of even integers: 6 numbers
The simple arithmetic mean (A.M) is obtained by dividing the sum of the observations by their number.

A.M =  ((-4)+(-2)+0+2+4+6)/(6) =  (6)/(6) \to\:\boxed{A.M= 1}\end{array}}\qquad\quad\checkmark

Answer:
\boxed{\boxed{Arithmetic\:Mean=1}}

the cost of a parking permit consists of a one-time administration fee plus a monthly fee. a permit purchased for 12 months costs $660. a permit purchased for 15 months costs $810. what is the administration fee?

Answers

The cost of a parking permit consists of a one-time administration fee plus a monthly fee.
=> a permit purchased for 12 months costs $660.
=> a permit purchased for 15 months costs $810. 
let's determine  the administration fee.
=> 810 - 660 dolalrs = 150 dollars is added for additional 3 months.
=> 150 / 3 months = 50 pesos per month.
=> 50 * 12  = 600 dollars.
=> 660 dollars - 600 dollars = 60 dollars is the administration fee.

Answer:

✔ D. $60

Step-by-step explanation:

E2021

Solve 2cos^2x + cosx − 1 = 0 for x over the interval [0, 2 pi ).

Answers

2cos^(2)(x) + cos(x)-1 = 0

This could also be written as, where a = cos(x)

2a^(2) + a - 1 = 0

This would factorize to give:

 (2a-1)(a+1)=0

So we can factorize our original expression:

2cos^(2)(x) + cos(x)-1 = 0  \n  \n (2cosx - 1)(cosx+1) = 0

We can then solve for x as we would with a normal quadratic:

2cosx -1 =0  \n  \n cosx =  (1)/(2)  \n  \n x = cos^(-1)( (1)/(2) )   \n  \n x =  ( \pi )/(3),   (5 \pi )/(3)

And also:

cos(x)+1 = 0  \n  \n cos(x)= -1  \n  \n x = cos^(-1)(1)  \n  \n x = 0, 2 \pi

So our values for x are:

x =0, ( \pi )/(3), (5 \pi )/(3), 2 \pi

As: 0 \leq x\ \textless \ 2 \pi

Our final solutions for x are:

x = \boxed{0, ( \pi )/(3), (5 \pi )/(3)}


The solutions to the equation 2cos²(x) + cos(x) - 1 = 0 over the interval [0, 2π) are x = π/3, 5π/3, and π.

We have,

To solve the equation 2cos²(x) + cos(x) - 1 = 0 over the interval [0, 2π), we can use a substitution technique.

Let's substitute cos(x) with a variable, say, u.

The equation becomes:

2u^2 + u - 1 = 0.

Now, we can factorize the quadratic equation:

(2u - 1)(u + 1) = 0.

Setting each factor equal to zero, we have:

2u - 1 = 0 or u + 1 = 0.

Solving these equations separately, we find:

2u = 1 or u = -1.

For 2u = 1, we get u = 1/2. Taking the inverse cosine of 1/2,

We have cos(x) = 1/2.

For u = -1, we get u = -1. Taking the inverse cosine of -1, we have cos(x) = -1.

Now, we need to determine the solutions for x within the given interval [0, 2π).

For cos(x) = 1/2, the solutions within the interval are x = π/3 and x = 5π/3.

For cos(x) = -1, the solution within the interval is x = π.

Therefore,

The solutions to the equation 2cos²(x) + cos(x) - 1 = 0 over the interval [0, 2π) are x = π/3, 5π/3, and π.

Learn more about equations here:

brainly.com/question/17194269

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Choose an object that is about the same length as a baseball bat

Answers

The length of the baseball bat differs in length depending on the type of tournament. The length varies from 29 to 34 inches. An example of an object with the length almost similar to these measurements is a 24 - 36 inches T-square.