The deer population of a forest is given by the linear function P = -15t + 320, where P is the number of deer and t is the number of years since 2005. Interpret the rate of change and initial value of the model. Refer to the image, answer all questions please. I don't have enough questions to post individuallyFor an experiment Lesson.pafthe rate of change and initialOpen with vStep 1 Find the slope and initial value.REMEMBERThe equation is in y= mx + b fom.The slope isThe initial value isStep 2Interpret the slope as rate of changeThe units of P areTHINKThe units of t areThe unts of theoputare deer The units of theThe units of the rate of changeareThe slope is negative, so the population isThe deer population isat a rate ofdeer perStep 3Interpret the initial value.The initial value is the output value when the lhput välue is zerot is the number of years since 2005.t = 0 corresponds to the yearThe value of P when f= 0 isThe deer population wasin the year 2005The deer population in 2005 wasThe population isa rate ofdeer per

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Big Ideas Math A Bridge To Success Algebra 1: Student Edition 2015

1st Edition

ISBN:9781680331141

Author:HOUGHTON MIFFLIN HARCOURT

Publisher:HOUGHTON MIFFLIN HARCOURT

Chapter6: Exponential Functions And Sequences

Section: Chapter Questions

Problem 6CA

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The deer population of a forest is given by the linear function P = -15t + 320, where P is the number of deer and t is the number of years since 2005. Interpret the rate of change and initial value of the model. Refer to the image, answer all questions please. I don't have enough questions to post individually For an experiment

Lesson.paf
the rate of change and initial
Open with v
Step 1 Find the slope and initial value.
REMEMBER
The equation is in y= mx + b fom.
The slope is
The initial value is
Step 2
Interpret the slope as rate of change
The units of P are
THINK
The units of t are
The unts of theoput
are deer The units of the
The units of the rate of change
are
The slope is negative, so the population is
The deer population is
at a rate of
deer per
Step 3
Interpret the initial value.
The initial value is the output value when the lhput välue is zero
t is the number of years since 2005.
t = 0 corresponds to the year
The value of P when f= 0 is
The deer population was
in the year 2005
The deer population in 2005 was
The population is
a rate of
deer per

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