The image presents a pie chart illustrating the most important problems faced by 16,481,476 high school teenagers in a particular country. The chart helps estimate the number of students for whom drugs are the most pressing issue.### Pie Chart: Most Important Problems for High School Teenagers- **Social Pressures and Fitting In (22%)**: This is represented by a green section of the chart.- **Doing Well in School (17%)**: This section is marked in red.- **Drugs (21%)**: This section is shown in a purple shade.- **Getting Along with Parents (3%)**: Represented in a blue color.- **Getting into College (2%)**: This section is colored in yellow.- **Sexual Issues (4%)**: Shown in teal.- **Crime and Violence in School (4%)**: This section is colored in another section of teal.---### Question:Without using a calculator, estimate the number of high school teenagers for whom drugs are the most important problem. Choose from the options below:- A. 12,800,000- B. 9,600,000- C. 1,600,000- D. 3,200,000

Here we have, Total Number of high school teenagers = 16,481,476 From the given circle graph we…

Answered: The circle graph shows the most…

Advanced Engineering Mathematics

10th Edition

ISBN:9780470458365

Author:Erwin Kreyszig

Publisher:Erwin Kreyszig

Chapter2: Second-order Linear Odes

Section: Chapter Questions

Problem 1RQ

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The bar graph at the right shows the income from summer jobs for six students at a high school. Estimate the income of the following students. a. William b. John Summer Income John Mary Susan a. Approximately how much did William make? Ryan William O A. $1500 O B. $17.00 George 1000 2000 Dollars ($) 3000 4000 O C. $1700 O D. $1900 b. Approximately how much did John make? O A. $22.00 O B. $2200 OC. $2000 O D. $2400 Click to select your answer. P Type here to search
#1. A truck is carrying t-shirts. There are 94,375 boxes of orange tshirts, 37,045 boxes of yellow t-shirts,and 7,857,975 boxes of blue tshirts. How many boxes in all?
Read this passage on Teen Income Level and answer the questions carefully to get the correct answers.
Which of the following could most be considered an ordinal variable? a. Height (ft) b. Weight (kg) c. Body mass index (kg/m2) d. Education level e. Annual Income ($)
1.Income on Housing = 28% 2.Food = 15% 3.Clothing = 11% 4.Transportation = 15% 5.Education = 11% 6.Recreation = 7% 7.Miscellaneous = 7% Total Expenditures(%) = 94% 6% is his savings which is $200 per month Let x his monthly earnings
7. The populations of some predatory animals vary periodically. Assume that the population of foxes in a forest varies with time. When records started being kept, there were only 180 foxes, the minimum, and 6 years passed before they reached the minimum again. The maximum number of foxes was 1000. Complete each of the following 2 activities (A - B) for Question 7. 7A. Write the reflected cosine equation that would fit this situation.
Distance (m) 120 100 80 60 40 20 0 20 40 Junipers Bagworm 60 80 R² = 0.1041 100 # of Bagworms 120 * Deciduous Evergreen AR² = 0.0714 140 160
A pollster wants to minimize the effect the order of the questions has on a person's response to a survey. How many different surveys are required to cover all possible arrangements if there are 12 questions on the survey? Question content area bottom Part 1 A.39 comma 916 comma 800 39,916,800 B.479 comma 001 comma 600 479,001,600 C.144 144 D.12 12
Classify each of the following as nominal, ordinal, interval, or ratio data and explain. a. the time required to produce each car on an assembly line. b. the number of litres of water a family drinks in a month. c. the ranking of four student projects in your class after they have been designated as excellent, good, satisfactory, and poor. d. the telephone area code of clients in India. e. Explain the four groups of data in detail.
Simplify. Show work
INSTRUCTION: Compute the following given problem (direct answer and no need for explanation). NOTE: Round off your answer to two decimal places. Problem 1 (A-B): Compute the Number (Frequency) and Percentage of patients as Overweight belonging to 60-69 years old using the Raw Data of 40 patients. A. Answer for Number (Frequency) of Patients as Overweight belonging to 60-69 years old. B. Answer for Percentage (%) of Patients as Overweight belonging to 60-69 years old. Problem 2 (A-B): Compute the Number (Frequency) and Percentage of patients as Obese belonging to 70-79 years old using the Raw Data of 40 patients. A. Answer for Number (Frequency) of Patients as Obese belonging to 70-79 years old. B. Answer for Percentage (%) of Patients as Obese belonging to 70-79 years old.
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