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Develop a python application that will simulate a simple dice game by rolling two dice for the player as his bet followed by another roll of the two dice for the computer.
The mechanics as is follows:
1. If after the roll of the two dice, resulted to same number, then the sum will be doubled.
2. If the value of each dice is different, then just get the sum of the values of each dice.
Who gets the highest value wins the game.
I need the code to have an output stated above.
Develop a python application that will randomly select n integers from 1 to 9 and will count the number of occurrence of the numbers without using the Counter from collections library.
Sample Output 1:
How many numbers?: 5
[4, 6, 8, 3, 3]
1-4
1-6
2-3
I need the code to have an output stated above.
Create a program that will String input. Based on the number of inputs, the user will decide what shape it is. (1 input – circle, 2 inputs – square or rectangle, 3 inputs - triangle). The program will then display the shape type, details, perimeter and area.
Justines-MacBook-Pro:classes Justine$ java-jar Shape.jar15
Type:Circle
Radius:15
Perimeter:94.2
Area:706.5
Justines-MacBook-Pro:classes Justine$ java-jar Shape.jar15
Type:Rectagle
Length:24
Width:12
Perimeter:72.0
Area:288.0
Justines-MacBook-Pro:classes Justine$ java-jar Shape.jar15
Type:Square
Side:12
Perimeter:48.0
Area:144.0
Justines-MacBook-Pro:classes Justine$ java-jar Shape.jar 9 15 12
Type:Triangle
Sides:9, 15, 12
Perimeter:36.0
Area:54.0
Justines-MacBook-Pro:classes Justine$ java-jar Shape.jar 9 15 12 8
Invalid input
Suppose a population is composed of only 3 measures: 1, 2, and 3. The possible samples of size 2 can be draw from this population. List all the possible sample size 2 when repetition is allowed or with replacement.
Using the numbers 2, 5, 7, 8, and 9 as the elements of the population, do the following:
Find the mean of the samples of size 2 (n=2)
Construct the sampling distribution of the sample means (SDSM).
Create a graph of the histogram of the SDSM.
Compute the Mean, Variance, and Standard Deviation of the SDSM.
Simple Dice Game
Develop a Python application that will simulate a simple dice game by rolling two dice for the player as his bet followed by another roll of the two dice for the computer.
The mechanics is as follows:
1. If after the roll of the two dice, resulted to same number then the sum will be doubled.
2. If the value of each dice is different, then just get the sum of the values of each dice.
Who gets the highest value wins the game.
Frequency of Numbers
Develop a Python application that will randomly select n integers from 1 to 9 and will count the number of occurrence of the numbers without using the Counter from collections library.
Sample Output:
How many numbers?: 7
[2, 6, 8, 2, 1, 1,6]
2-2
2-6
1-8
2-1
- Let p and q be the propositions.
p: It is below freezing.
q: It is snowing.
Express each of these propositions in complete English sentences.
a) p ∧ q
b) p ∧ ¬q
c) ¬p ∧ ¬q
d) q ∨ p
e) p → q
f) q ∧ ¬p
g) q → p
2. Solve the following.
a) Construct a truth table.
¬p ∧ ( p ↔ ¬q )
b) Construct a truth table.
p → ( q ∧ r )
c) Construct a truth table.
( p → q ) ∨ ( ¬p ↔ r )
d) Find out if the following is a tautology, contradiction, or contingency
( p ∨ q ) ∧ ( ¬p ∧ ¬q )
e) Find out if the following propositions have logical equivalence.
( p ↔ q ) ≡ ( p → q ) ∧ ( q → p )
Jepoy has one 100-peso bill, two 200-peso bills, and five 500-peso bills in his wallet. He wants to randomly pick one bill. Let X be the random variable of choosing one bill from his wallet.
Questions:
1. Construct the probability distribution table of X. [2 points]
2. Compute for the mean of X, denoted as E(X). [2 points]
3. Interpret the mean of X. [1 point]
4. Compute for the variance of X, denoted as V(X). [5 points]
5. Compute for the standard deviation of X, denoted as SD(X). [2 points]
Interpret the standard deviation of X. [1 point
A bus initially with a speed of 25 m/s slows down with an acceleration of -3 m/s2. How far does it travel before coming to a complete stop?
#339914 on Dec 2023