If this question is for you, then i don't know what to say (sorry)!
If this question is for me:
It depends on different things! Example: Getting coffee beans from the cupboard="I Need Help!" (<u>bc I'm short lol</u>). Cooking my own food="I'm making my food, it's okay you don't need to!!"
It really depends on different situations. Some things I can do, and some I can't. I really do try my hardest to be as <u>independent</u> as I can be, but if I really can't do something and need help, I'll ask! So I think, Abt 50/50 on most things!
Linear equation
Example 1
Solve for x: 3 x – 7 > 20.
equation
To check the solution, first see whether x = 9 makes the equation 3 x – 7 = 20 true. Even though 9 isn't a solution, it's a critical number or dividing point and is important to finding the solution.
equation
Now, choose a number greater than 9—10, for example, and see whether that makes the original inequality true.
equation
This is a true statement. Since it is impossible to list all the numbers that are greater than 9, use “set builder” notation to show the solution set.
{ x| x > 9}
This is read as “the set of all x so that x is greater than 9.” Many times, the solutions to inequalities are graphed to illustrate the answers. The graph of { x| x > 9}is shown in Figure 1.
Figure 1. Note that 9 is not included.
figure
Example 2
Solve for x: equation.
The LCD for the denominators in this inequality is 24. Multiply both sides of the inequality by 24 as you would have had this been an equation.
equation
At this point, you can isolate x on either side of the inequality.
equation
In the final step on the left, the direction is switched because both sides are multiplied by a negative number. Both methods produce the final result that says that x is a number less than equation. The check is left to you. The solution set is expressed as
equation
The graph of this solution set is shown in Figure 2.
Figure 2. Note the hole at equation.
figure
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B
This is a quantitative model used to budget advertising expenditures in marketing research:
Computer simulation model.
This means that the correct option is:
Option C.
<h3>What are computer simulation models and what are they used for in marketing reasearch?</h3>
This exercise is related to marketing and communication research techniques.
In this activity, you have to select the correct option from different definitions related to marketing research and choose the one that is a model used to budget advertising expenditures.
A computer simulation model, which the correct option, is a quantitative model that is used to know the contribution of advertising expenditures on sales responses.
These quantitative computer simulation models use statistical techniques to determine the contribution of advertising expenditures.
I was able to find the complete instructions for the exercise with its options online:
- competitive parity model
- percentage-of-sales model
- ROI budgeting model
- arbitrary allocation model
You can check more information about quantitative models used in marketing research here brainly.com/question/14425901
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Noo nope nonope ahhhhh ahhhhhhhhhhhhhh
