The bar graph shows the percentage of country A high school seniors who applied to more than three colleges forselected years from 1980 through 2013. The data in the bar graph can be modeled by f(x) = x + 24 and0.0216xg(x) = 30.6 ein which f(x) and g(x) represent the percentage of high school seniors who applied to more thanthree colleges x years after 1980. Use these functions to complete parts (a) through (c) below.a. According to the linear model, what percentage of high school seniors applied to more than three colleges in 2005?%b. According to the exponential model, what percentage of high school seniors applied to more than three colleges in 2005?Percentage of country A High School Seniors Applying to More Than Three CollegesPercentage of high school seniors80-60-40 3020-5144405663711980 1990 1995 2000 2005 2010 2013Year The bar graph shows the percentage of country A high school seniors who applied to more than three colleges forselected years from 1980 through 2013. The data in the bar graph can be modeled by f(x) = x + 24 anda. According to the linear model, what percentage of high school seniors applied to more than three colleges in 2005?b. According to the exponential model, what percentage of high school seniors applied to more than three colleges in 2005?% (Round to the nearest percent as needed.)c. Which function is a better model for the data shown by the bar graph in 2005?A. Exponential modelO B. Linear modelPercentage of country A High School Seniors Applying to More Than Three CollegesS

Answered: Image /qna-images/answer/1b8431bc-2f40-4a89-ac70-19c11382e507.jpg

Answered: The bar graph shows the percentage of…

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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An athlete signs a contract saying that they will earn $8.3 million with an increase of 4.8% each year of the 5 year contract. The athletes salary (in million dollars) on the xth year is given by f (x) = 8.3(1.048)* The athletes salary on the 3rd year of the contract is $ million dollars. (Give your answer to one decimal place)
A sporting goods company sold 830 soccer balls in 2014. Since then, they have sold 10 fewer soccer balls each year. Write a linear function for N t( ), the number of soccer balls sold t years since 2014.
The amount of foreign earnings (in trillions of dollars) kept overseas can be approximated by the function f(x) = 0.223(1.25), where x = 5 corresponds to the Find the first full year in which the foreign earnings kept overseas exceeds the following amounts. year 2005 (a) $1.3 trillion (b) $2.4 trillion ... (a) The first full year in which the foreign earnings kept overseas exceeds $1.3 trillion is (Type a whole number.) (b) The first full year in which the foreign earnings kept overseas exceeds $2.4 trillion is (Type a whole number.)
A function N=f(x) gives the number of miles driven in a day. What does f(Monday)=500 mean?
The number of members f(x) in a baseball club increased by 45% every year over a period of x years. The function below shows the relationship between f(x) and x: f(x) = 25(1.45)x Which of the following graphs best represents the function?
Anthropologists can determine a person's height in life by using the person's skeletal remains as a clue. For example, the height (in centimeters) of a man with a humerus bone of length x cm can be obtained by multiplying 2.89 by x and adding 70.64 to the result. (a) Find a function h(x) that gives the height of a man whose humerus bone is x cm long. h(x) = (b) Use your function h from part (a) to predict the height of a man whose humerus bone is 25 cm long. cm
What is the value of the constant "k" for this function?
Anthropologists can determine a person's height in life by using the person's skeletal remains as a clue. For example, the height (in centimeters) of a man with a humerus bone of length x cm can be obtained by multiplying 2.89 by x and adding 70.64 to the result. (a) Find a function h(x) that gives the height of a man whose humerus bone is x cm long. h(x) = (b) Use your function h from part (a) to predict the height of a man whose humerus bone is 30 cm long. cm

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