Create algorithms for the following idea:
1. Development of technical and specialist professional skills- this can be arrived at by reinvigorating role in producing the specialist technical skills that are essential to fulfill its core functions and provide appropriate career paths for technical specialists.
Create algorithms for the following idea:
1. Stabilized political-administrative interface- this can be achieved through a focus on skills and professionalism by clarified political-administrative which ensures a clear separation between roles.
Create algorithm for the following idea:
1.The increase in life expectancy can be attributed to the constant improvement in the implementation of comprehensive strategies to combat the quadruple burden of diseases inclusive of communicable disease, primarily HIV and AIDS and Tuberculosis, and the reduction in infant and child mortality rates
Create algorithms for the following three ideas:
1. Stabilized political-administrative interface- this can be achieved through a focus on skills and professionalism by clarified political-administrative which ensures a clear separation between roles.
Create algorithms for the following three ideas:
1. Stabilized political-administrative interface- this can be achieved through a focus on skills and professionalism by clarified political-administrative which ensures a clear separation between roles.
A plant that makes iron profiles has a lot of “n” pieces. Create a program that asks you to enter the quantity of pieces to be processed by keyboard and then enter the length of each profile; knowing that the piece whose length is in the range of 1.20 and 1.30 are suitable. Print on screen the quantity of suitable pieces in the batch.
1. Write pseudocode for a program that will record weather-related data for any month or months. a. Input could be month name(s) b. for loop inputs could be: i. High and low temperatures ii. Precipitation iii. Humidity
Using the Sieve Algorithm remove all non-prime numbers on the given below. (Show your complete solution.)
1. 2 3 4 5 12 13 15 24 25 29 38 39 43 57 58 61
2. 2 3 4 5 103 104 105 106 107 108 109 110 111 112 113 114 115
Using the consecutive Integer Checking Algorithm, solve the GCD of the following pair of numbers. (Show your complete solution.)
1. GCD (19, 7)
Solve for the Greatest Common Divisor (GCD) of the following pair of numbers using the Pseudocode of Euclidean Algorithm given
below. (Show your complete solution.)
while n ≠ 0 do
r ← m mod n
m ← n
n ← r
return m
1. GCD (248, 16)