Writing Linear and Exponential Equations When a new charter school opened in 1980, there were 970 students enrolled. Write an equation representing the number, N, of students attending this charter school t years after 1980, assuming that the student population: N = a) Increases by 14% per year b) Increases by 49 students per year c) Remains constant (does not change) N N
Writing Linear and Exponential Equations When a new charter school opened in 1980, there were 970 students enrolled. Write an equation representing the number, N, of students attending this charter school t years after 1980, assuming that the student population: N = a) Increases by 14% per year b) Increases by 49 students per year c) Remains constant (does not change) N N
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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![**Writing Linear and Exponential Equations**
When a new charter school opened in 1980, there were 970 students enrolled. Write an equation representing the number, \( N \), of students attending this charter school \( t \) years after 1980, assuming that the student population:
a) Increases by 14% per year
\[ N = \]
b) Increases by 49 students per year
\[ N = \]
c) Remains constant (does not change)
\[ N = \]
d) Decreases by 41 students per year
\[ N = \]
e) Decreases by 7% per year
\[ N = \]
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Transcribed Image Text:**Writing Linear and Exponential Equations**
When a new charter school opened in 1980, there were 970 students enrolled. Write an equation representing the number, \( N \), of students attending this charter school \( t \) years after 1980, assuming that the student population:
a) Increases by 14% per year
\[ N = \]
b) Increases by 49 students per year
\[ N = \]
c) Remains constant (does not change)
\[ N = \]
d) Decreases by 41 students per year
\[ N = \]
e) Decreases by 7% per year
\[ N = \]
*Question Help:* Video
*Submit Question*
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