QUESTION IMAGE
Question
the median home value in rhode island and colorado (adjusted for inflation) are shown below:
| year | rhode island | colorado |
|---|---|---|
| 2000 | 133000 | 166600 |
if we assume that the house values are changing linearly,
a) in which state have home values increased at a higher rate? select an answer
b) if these trends were to continue, what would be the median home value in rhode island in 2010? $ blank
c) if we assume the linear trend existed before 1950 and continues after 2000, the two states median house values will be (or were) equal in what year? (the answer might be absurd)
the year blank
question help: message instructor
next question
Part (a)
Step1: Calculate rate for Rhode Island
The time period from 1950 to 2000 is \(2000 - 1950 = 50\) years. The change in value is \(133000 - 59200 = 73800\). The rate \(r_{RI}\) is \(\frac{73800}{50}=1476\) per year.
Step2: Calculate rate for Colorado
The change in value is \(166600 - 43300 = 123300\). The rate \(r_{CO}\) is \(\frac{123300}{50}=2466\) per year.
Step3: Compare rates
Since \(2466>1476\), Colorado has a higher rate.
Step1: Determine the linear equation for Rhode Island
We have two points \((1950, 59200)\) and \((2000, 133000)\). The slope \(m = 1476\) (from part a). Using point - slope form \(y - y_1=m(x - x_1)\), with \((x_1,y_1)=(1950,59200)\), the equation is \(y=1476(x - 1950)+59200\).
Step2: Calculate value in 2010
For \(x = 2010\), \(y=1476(2010 - 1950)+59200=1476\times60 + 59200=88560+59200 = 147760\).
Step1: Write linear equations for both states
For Rhode Island: \(y_{RI}=1476(x - 1950)+59200=1476x-1476\times1950 + 59200=1476x-2878200+59200=1476x - 2819000\)
For Colorado: \(y_{CO}=2466(x - 1950)+43300=2466x-2466\times1950+43300=2466x - 4808700+43300=2466x-4765400\)
Step2: Set equations equal and solve for x
Set \(1476x - 2819000=2466x - 4765400\)
\(4765400 - 2819000=2466x - 1476x\)
\(1946400 = 990x\)
\(x=\frac{1946400}{990}\approx1966.06\)
Snap & solve any problem in the app
Get step-by-step solutions on Sovi AI
Photo-based solutions with guided steps
Explore more problems and detailed explanations
Colorado