The Ninth Gate You arrive at the final gate, which leads into a building-like structure. You hope that the communication device is past this last wall. You notice that there are tiles on this gate that can be moved and sorted. Your computer translates the gate with the following: Order the tiles below from least to greatest. The smallest value must go to the left end and the largest value must go on the right end. Assume that a is a constant and that a ≥ 1. Use the function definitions provided in organizing the tiles. f(x) = a* ln(x). g(x) = In(x) √128g11 h(x) = In(x) eπ h' (1) CLICK AND DRAG TO REARRANGE ƒ'(1) gʻ(1)

Calculus: Early Transcendentals
8th Edition
ISBN:9781285741550
Author:James Stewart
Publisher:James Stewart
Chapter1: Functions And Models
Section: Chapter Questions
Problem 1RCC: (a) What is a function? What are its domain and range? (b) What is the graph of a function? (c) How...
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The Ninth Gate
You arrive at the final gate, which leads into a building-like structure. You hope that the communication device is
past this last wall. You notice that there are tiles on this gate that can be moved and sorted. Your computer
translates the gate with the following:
Order the tiles below from least to greatest. The smallest value must go to the left end and the largest value must
go on the right end. Assume that a is a constant and that a ≥ 1. Use the function definitions provided in
organizing the tiles.
f(x) = a* ln(x).
In(x)
g(x) =
128x11
h(x) =
In(x)
h' (1)
CLICK AND DRAG TO REARRANGE
ƒ'(1)
gʻ(1)
Transcribed Image Text:The Ninth Gate You arrive at the final gate, which leads into a building-like structure. You hope that the communication device is past this last wall. You notice that there are tiles on this gate that can be moved and sorted. Your computer translates the gate with the following: Order the tiles below from least to greatest. The smallest value must go to the left end and the largest value must go on the right end. Assume that a is a constant and that a ≥ 1. Use the function definitions provided in organizing the tiles. f(x) = a* ln(x). In(x) g(x) = 128x11 h(x) = In(x) h' (1) CLICK AND DRAG TO REARRANGE ƒ'(1) gʻ(1)
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