NAME DATE PERIOD REVIEW 5.3 page 273 Construct Linear Functions Height of a Falling Rock 100 80 2. /31 1. The height of a falling rock is shown on the graph. Find and interpret the rate of change and initial value. Then write the equation of the function in the form y- mx + b. (Example 1) 6. 54 40 20 rate:-376 20 12 Time (s) initial value: Ly-mx+b y-376+4 equation: Snowfall 2. The amount of snow that falls during a snowstorm is shown on the graph. Find and interpret the rate of change and initial value. Then write the equation of the function in the form y-mx+ b. rate: initial value: equation: Time (h) (umous je unowy
NAME DATE PERIOD REVIEW 5.3 page 273 Construct Linear Functions Height of a Falling Rock 100 80 2. /31 1. The height of a falling rock is shown on the graph. Find and interpret the rate of change and initial value. Then write the equation of the function in the form y- mx + b. (Example 1) 6. 54 40 20 rate:-376 20 12 Time (s) initial value: Ly-mx+b y-376+4 equation: Snowfall 2. The amount of snow that falls during a snowstorm is shown on the graph. Find and interpret the rate of change and initial value. Then write the equation of the function in the form y-mx+ b. rate: initial value: equation: Time (h) (umous je unowy
Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter5: Inverse, Exponential, And Logarithmic Functions
Section5.6: Exponential And Logarithmic Equations
Problem 53E
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