The app recommends people living 0-2 miles from the office to walk or bike. 50% of people living 2 miles away bike to work. The time taken to lock bicycles depends on how many cyclists are at the stand as shown in the graph. How long will it take for all the people who live 2 miles away and bike to work to lock their bicycles? Write your answer in the boxes below. 2 y Number of people riding bicycle (x) 10 (300, 7) Time taken by 'x' people to put bicycle in stand and lock them min Equation: y= 1+X 50 The feedback from the people commuting to office was good, as they don't get stuck in traffic like before. O (0, 1) 200 400 600 x Number of people riding Cycle Time taken to lock (min) 2.
The app recommends people living 0-2 miles from the office to walk or bike. 50% of people living 2 miles away bike to work. The time taken to lock bicycles depends on how many cyclists are at the stand as shown in the graph. How long will it take for all the people who live 2 miles away and bike to work to lock their bicycles? Write your answer in the boxes below. 2 y Number of people riding bicycle (x) 10 (300, 7) Time taken by 'x' people to put bicycle in stand and lock them min Equation: y= 1+X 50 The feedback from the people commuting to office was good, as they don't get stuck in traffic like before. O (0, 1) 200 400 600 x Number of people riding Cycle Time taken to lock (min) 2.
Glencoe Algebra 1, Student Edition, 9780079039897, 0079039898, 2018
18th Edition
ISBN:9780079039897
Author:Carter
Publisher:Carter
Chapter3: Linear And Nonlinear Functions
Section3.7: Piecewise And Step Functions
Problem 44PFA
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Transcribed Image Text:The app recommends people living 0-2 miles from the office to walk or bike. 50% of
people living 2 miles away bike to work. The time taken to lock bicycles depends on
how many cyclists are at the stand as shown in the graph. How long will it take for
all the people who live 2 miles away and bike to work to lock their bicycles?
Write your answer in the boxes below.
2
y
Number of people riding
bicycle (x)
10
%3D
(300, 7)
0-
Time taken by 'x' people to put
bicycle in stand and lock them
min
Equation: y = 1+
The feedback from the people commuting to office was
good, as they don't get stuck in traffic like before.
Ở (0, 1)
200
400
600 x
Number of people riding cycle
E
6.
21
Time taken to lock (min)
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