Summary In this lab, you use what you have learned about parallel lists to complete a partially completed Python program. The program should either print the name and price for a coffee add-in from the Jumpin' Jive Coffee Shop or it should print the message "Sorry, we do not carry that.". Read the problem description carefully before you begin. The data file provided for this lab includes the necessary input statements. You need to write the part of the program that searches for the name of the coffee add-in(s) and either prints the name and price of the add-in or prints the error message if the add-in is not found. Comments in the code tell you where to write your statements. Instructions 1. Study the prewritten code to make sure you understand it. 2. Write the code that searches the list for the name of the add-in ordered by the customer. 3. Write the code that prints the name and price of the add-in or the error message, and then write the code that prints the cost of the total order. 4. Execute the program using the following data and verify that the output is correct: Cream Caramel Whiskey chocolate Chocolate Cinnamon Vanilla 1 # Jumpin Java.py - This program looks up and prints t and prices of coffee orders. 2 # Input: Interactive 3 # Output: Name and price of coffee orders or error if add-in is not found 4 5 # Declare variables. 6 NUM_ITEMS = 5 # Named constant 7 8 # Initialized list of add-ins 9 add Ins = ["Cream", "Cinnamon", "Chocolate", "Amarett "Whiskey"] 10 11 # Initialized list of add-in prices 12 addInPrices = [.89, .25, .59, 1.50, 1.75] 13 foundIt = False # Flag variable. 14 orderTotal = 2.00 # All orders start with a 2.00 ch 15 16 # Get user input 17 addIn=input("Enter coffee add-in or XXX to quit: " 18 19 # Write the rest of the program here. 20

The liquid-liquid extraction process carried out at the Electrochemical Materials Laboratory involves the extraction of nickel (Ni) from the liquid phase into an organic phase. Data from laboratory experiments are given in the table below. Ni phase cair, a (gr/l) 2 2,5 3 Ni phase organik, g (gr/l) 8,57 10 12 Assume that a is the amount of Ni in the liquid phase, and g is the amount of Ni in the organic phase. Quadratic interpolation is used to estimate the value of g, which is given by the following formula: g = x1a? + x2a + x3 a. Find three simultaneous equations based on the data given by the experimental results. b. Use the Gauss Elimination method to get the values of x1, x2 and x3 and then estimate the amount of Ni in the organic phase, if 2.3 g/l of Ni is available in the liquid phase. c. Use the LU Decomposition method to get the values of x1, x2 and x3. and then estimate the amount of Ni in the organic phase, if 2.3 g/l of Ni is available in the liquid phase.

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the question is required handwritten

PROBLEM 4 Translate each of the following English statements into logical expressions. The domain of discourse is the set of all real mumbers. (a) The reciprocal of every positive mumber less than one is greater than one. (b) There is no smallest mumber. (c) Every number other than 0 has a multiplicative inverse.

Computer Science 19. Find the fourth-degree polynomial y(x) that passes through the points (0, 1), (0.75, −0.25), and (1, 1) and has zero curvature at (0, 1) and (1, 1) (Must be solved using python 3)

(1 point) Alice and Bob are conducting Diffie-Hellman key exchange with the parameters p = 67 and a = and Bob selects private key b = 55. 2. Suppose Alice selects private key a = 25 a) What is Alice's public key? b) What is Bob's public key? c) What is the shared secret?

5:10 Question 4 of 15 .5G Which of the following describes the entropy change in the given reaction? 2 Cl₂O(g) → 2 Cl₂(g) + 7 O₂(g) Submit A) The entropy change is negative because a larger molecule (Cl₂O₂) is converted into two smaller molecules (Cl₂ and O₂). B) The entropy change is zero because the reactants and products are all gases. C) The entropy change cannot be determined because the temperature is not specified. D) The entropy change is negative because there are more moles of products than reactants. Tap here or pull up for additional resources E) The entropy change is positive because there are more moles of products than reactants.

(1 point) Note: The notation from this problem is from Understanding Cryptography by Paar and Pelzl. We conduct a known-plaintext attack against an LFSR. Through trial and error we have determined that the number of states is m = = 4. The plaintext given by 11101101 = x0x1x2X3 X4 X5 X6 X 7 when encrypted by the LFSR produced the ciphertext 10000000 = YoY1Y2Y3Y3Y5Y6Y7. What are the tap bits of the LFSR? Please enter your answer as unspaced binary digits (e.g. 0101 to represent P3 = 0, P2 = 1,p1 = 0, po = 1).