. Many municipalities offer a variety of fare options for public transportation. This allows high use travelers a choice to pay a lower fare as a benefit of being a high user. The Transit Co. of Blue City, TX has three separate monthly bus fare options to choose from. The first is a standard "per ride" fare of S1.25 per ride. The second allows the rider to purchase a discount card. The cardholder pays $21 at the start of the month plus a fee of S0.50 per ride. Option 3 is a flat fee option where the rider pays $40 for thee month and may ride any bus at no additional cost during the month. Define the variable x to be the number of rides you take each month. Express each option as a function of x. Graph all three functions on the same set of axes. What is the break even number of rides between the options? If you only take 10 rides a month what option should you choose? If you take 40 rides a month what option should you choose? Watch the video posted in the Capstone #1 area involving Piecewise Functions and write the three separate option functions you have made into one combined piecewise function.

. Many municipalities offer a variety of fare options for public transportation. This allows high use travelers a choice to pay a lower fare as a benefit of being a high user. The Transit Co. of Blue City, TX has three separate monthly bus fare options to choose from. The first is a standard "per ride" fare of S1.25 per ride. The second allows the rider to purchase a discount card. The cardholder pays $21 at the start of the month plus a fee of S0.50 per ride. Option 3 is a flat fee option where the rider pays $40 for thee month and may ride any bus at no additional cost during the month. Define the variable x to be the number of rides you take each month. Express each option as a function of x. Graph all three functions on the same set of axes. What is the break even number of rides between the options? If you only take 10 rides a month what option should you choose? If you take 40 rides a month what option should you choose? Watch the video posted in the Capstone #1 area involving Piecewise Functions and write the three separate option functions you have made into one combined piecewise function.

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Description: 2. Many municipalities offer a variety of fare options for public transportation. This allowshigh use travelers a choice to pay a lower fare as a benefit of being a high user. The TransitCo. of Blue City, TX has three separate monthly bus fare optio

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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Question

2. Many municipalities offer a variety of fare options for public transportation. This allows
high use travelers a choice to pay a lower fare as a benefit of being a high user. The Transit
Co. of Blue City, TX has three separate monthly bus fare options to choose from. The first is
a standard “per ride" fare of $1.25 per ride. The second allows the rider to purchase a
discount card. The cardholder pays $21 at the start of the month plus a fee of S0.50 per ride.
Option 3 is a flat fee option where the rider pays $40 for thee month and may ride any bus at
no additional cost during the month. Define the variable x to be the number of rides you take
each month. Express each option as a function of x. Graph all three functions on the same
set of axes. What is the break even number of rides between the options? If you only take
10 rides a month what option should you choose? If you take 40 rides a month what option
should you choose? Watch the video posted in the Capstone #1 area involving Piecewise
Functions and write the three separate option functions you have made into one combined
piecewise function.

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