The function f(t) is defined by f(t) = { 3² 1 with f(t + 4) = f(t). Evaluate f(-1.2), f(0), f(6.4), f(7.8) and state the value that the Fourier series, FS(t), of f(t) would converge to at t = 0, 0.4, 3, 4. Enter all your answers correct to one decimal place. . A: Enter f(-1.2): 3t-3 0
The function f(t) is defined by f(t) = { 3² 1 with f(t + 4) = f(t). Evaluate f(-1.2), f(0), f(6.4), f(7.8) and state the value that the Fourier series, FS(t), of f(t) would converge to at t = 0, 0.4, 3, 4. Enter all your answers correct to one decimal place. . A: Enter f(-1.2): 3t-3 0
Chapter6: Exponential And Logarithmic Functions
Section6.1: Exponential Functions
Problem 60SE: The formula for the amount A in an investmentaccount with a nominal interest rate r at any timet is...
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Transcribed Image Text:The function f(t) is defined by
f(t) = { 3t
1
with f(t + 4) = f(t).
Evaluate f(-1.2), ƒ(0), ƒ(6.4), ƒ(7.8) and state the value that the Fourier series, FS(t), of f(t) would converge to at t = 0, 0.4, 3, 4.
Enter all your answers correct to one decimal place.
A: Enter f(-1.2):
.
.
3t-3
0<t<3
3<t≤4
B: Enter f(0):
• C: Enter f(6.4):
D: Enter f(7.8):
E: Enter FS(0):
. F: Enter FS(0.4):
G: Enter FS(3):
• H: Enter FS(4):
4
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