n1 = int(input("Enter first number: ")) n2 = int(input("Enter second number: ")) n3 = int(input("Enter third...
n1 = int(input("Enter first number: ")) n2 = int(input("Enter second number: ")) n3 = int(input("Enter third number: ")) smallest = n1 if n2 < smallest: smallest = n2 if n3 < smallest: smallest = n3 print("smallest number is", smallest) Now, how can you find if any are equal and print?
Homework Answers
n1 = int(input("Enter first number: "))
n2 = int(input("Enter second number: "))
n3 = int(input("Enter third number: "))
smallest = 3 if (n1 == n2) and (n1 == n3) else 2 if (n1 == n2) or (n1 == n3) else 1
print("smallest number is", smallest)
Add Answer to:
n1 = int(input("Enter first number: ")) n2 = int(input("Enter
second number: ")) n3 = int(input("Enter third...
Problem 4 (20pts). A transformer with N1, N3 turns at the input and N2, N4 turns...
Problem 4 (20pts). A transformer with N1, N3 turns at the input and N2, N4 turns at the output is wrapped as drawn. The magnetic flux in the core is given as Q = -20sin(wt) (Wb), and Ry = 1k1. Find: a) V2, V3 and 12, 13. b) Direction of I2, I3. c) What is Rin? N2=600 N2=300 Nz=100 N4=300 1 12 Iz Rin RL WW V V2 V3 Ri=100012
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Problem 4 (20pts). A transformer with N1, N3 turns at the input and N2, N4 turns...
Problem 4 (20pts). A transformer with N1, N3 turns at the input and N2, N4 turns at the output is wrapped as drawn. The magnetic flux in the core is given as Q = -20sin(wt) (Wb), and R, = 1k.. Find: a) V2 V3 and 12, 13. b) Direction of 12, 13. c) What is Rin? N=600 N2=300 Nz=100 N=300 12 13 Rin RL V V2 V3 R -100082
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Define a well-commented main function in Python that determines the number of terms (N1, N2, and...
Define a well-commented main function in Python that determines the number of terms (N1, N2, and N3) required for each method of calculating pi to a given level of precision E = 10^-3. Store the number of terms in a dictionary with key/pair defined as {n1: ’myPiOne’, N2: ‘myPiTwo’, N3:’myPiThree’}. Sort the keys from low to high and print out the associated Method Number pair. *Leibnitz, Adamchik, and Nilakantha to be used
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ANSWER ASAP PLEASE Using only the standard input/output function fgetc(), define a C function, called int...
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Swapping Values in python Summary In this lab, you complete a Python program that swaps values...
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please answer second question using first diagram (5 Points) A light ray travels through three parallel...
please answer second question using first diagram
(5 Points) A light ray travels through three parallel slabs having different indices of refraction. Rank the materials according to the size of their indices of refraction. ni n2 n3 n1 > n2>n3 n2>nl > n3 ni > n3 > n2 n2 > n3 > ni n3 > n1 > n2 - (5 Points) Using the diagram in question 5, total internal reflection is possible when light travels Total internal reflection is not...
QUESTION 1 In one-way ANOVA, suppose that there are three treatments with n1 = 5, n2...
QUESTION 1 In one-way ANOVA, suppose that there are three treatments with n1 = 5, n2 = 6, and n3 = 5. What is the rejection region for this test at the 5% level of significance? a)F > 3.81 b)F > 3.63 c)F > 3.24 d)F > 4.08 QUESTION 2 In one-way ANOVA, suppose that there are four treatments with n1 = 5, n2 = 6, n3 = 5, and n4 = 4. What is the rejection region for this...
Problem 4 (20pts). A transformer with N1, N3 turns at the input and N2, N4 turns at the output is wrapped as drawn. The magnetic flux in the core is given as Q = -20sin(wt) (Wb), and Ry = 1k1. Find: a) V2, V3 and 12, 13. b) Direction of I2, I3. c) What is Rin? N2=600 N2=300 Nz=100 N4=300 1 12 Iz Rin RL WW V V2 V3 Ri=100012
Problem 4 (20pts). A transformer with N1, N3 turns at the input and N2, N4 turns at the output is wrapped as drawn. The magnetic flux in the core is given as Q = -20sin(wt) (Wb), and R, = 1k.. Find: a) V2 V3 and 12, 13. b) Direction of 12, 13. c) What is Rin? N=600 N2=300 Nz=100 N=300 12 13 Rin RL V V2 V3 R -100082
please answer second question using first diagram
(5 Points) A light ray travels through three parallel slabs having different indices of refraction. Rank the materials according to the size of their indices of refraction. ni n2 n3 n1 > n2>n3 n2>nl > n3 ni > n3 > n2 n2 > n3 > ni n3 > n1 > n2 - (5 Points) Using the diagram in question 5, total internal reflection is possible when light travels Total internal reflection is not...
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