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Solving a system of three linear equations in 3 unknowns using Gauss Elimination in 4 stages. Solutions are all integral.

Obligatoriske oppgaver for uke 3

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4 questions from a set of 12 on elementary day-to-day advertising mathematics

Given reach and frequency, calculate TARPS. Multiple choice question.

Given Campaign budget and cost per acquisition, calculate the number of sales.

Given a budget and the number of views, calculate the cost per view. All numbers are randomised.

Calculate a percentage of a number.

Find a percentage of a given population. Percentage and population are both randomised.

A proportions question. Given the total number of impressions, and the number of impressions that were clicked, what percentage were clicked?

Read a value from a table. There are 36 possible questions.

Given n = k%, what is 100%?

percentage rate is 0.5, 1, 1.5 or 2%. Number of impressions is randomised.

Given number of TARPs and total price, calculate the Cost per TARP.

Given the cost for 1, 1000, 10000 or 100000 impressions, what is the cost for 1000?

Given potential audience, the percentage that view, and the percentage of these that click, calculate the CPA by dividing potential audience by clickers. 

All numbers randomised.

Find a percentage of a number (number of TARPs spent on breakfast programs), then divide by the number of programs to find the average number of TARPs per program.

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clicks = budget/CPC

All numbers are randomised.

Given a campaign budget and a CPM, calculate the number of impressions.

Given a total budget and the cost of each sale for three different scenarios, which scenario produces the most sales?

Calculate CTR given number of clicks and number of impressions served.

percentage CTR is 0.5, 1, 1.5 or 2%. Number of impressions is randomised.

Given budget and number of sales, calculate the cost per acquisition (CPA)

n = 1, 1000, 10000, or 100000.

Find a percentage of a given population. Percentage and population are both randomised.

Given Cost per View, and View through rate, what is the cost for 1000 actual views?