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Define a function named "Search" which takes in two parameters, a string containing numbers or letters, and a single character. the function should return a new string in the format: "the number of times the character appeared in the string" followed by a star (*) followed by a list of the locations where the character appeared. If the character is not in the string, the function should return the string "None".
As an example, the following code fragment:
st = "0x00x000x"
ch = "x"
result = Search(st, ch)
print(result)
should produce the output:
3*148
MPG. A consumer organization compared gas mileage figures for several models of cars made in the United States with autos manufactured in other countries.
Draw the flow graph for the decimation-in-frequency (DIF) SRFFT algorithm for N = 16. What is the number of nontrivial multiplications?
Enhance the try statements you wrote as solutions to Exercises 12.28 so that they handle checked and unchecked exceptions in different catch blocks.
Use the min function to determine with a resolution of 0.01 foot the values of R and L required to minimize the total cost of the fence. Also compute the minimum cost.
Assess current multimedia document search techniques and suggest three techniques to improve multimedia search experiences. Explain why you chose to recommend each of the techniques you suggested. paragraph and references
Create a communication diagram for the scenarios
What is the probability of occurrence of each of the four pairs in original sequence? Illustrate your work. What is the probability of occurrence of 0 and 1 in modified sequence?
When demand changes, how does the elasticity of supply effect the resulting change in equilibrium price and quantity? Why so?
Calculate the probability of obtaining a random sample with a sample proportion greater than 0.2073?
This is an individual project. This project is related to the Case Study project. Each student must complete an Architectural Diagram that illustrates the placement of security and other technologies within the converged network solution.
The same is true for hyperbolic functions. The inverse function atan2 takes two arguments, y and x, and gives the fourquadrant inverse tangent. The argument of these functions must be in radians. Calculate the following quantities
Individual airport facilities of varying sizes, serving various purposes comprise a complex system we call civil airports. Discuss the range of rules, regulations, and policies administered on civil airports from varying levels of government.
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