Answer:
The answer is "Option b".
Explanation:
In the code firstly, the main method is declared, inside the main method three float variable is declared, that are "hours, payRate, and grossPay", in which all variable assign a value, that is "8, 5.5, and 0.0". The first two variables are used as parameters, and the third variable is used to hold and pass as a parameter in displayGrossPay function, Then two function is called that is "calcGrossPay and displayGrossPay".
- The calcGrossPay function uses "hours and payRate" variable as a parameter, and return multiplication of value.
- The displayGrossPay function uses a float variable "gPay" in its parameter, which is held in the grossPay variable, that holds calcGrossPay function value and print, its value.
Answer:
They are termed as ethics. But remember different industries have a different set of ethics or rules that they expect their employees to follow. However, some that go well with all are common to all. And they are the standard ethics that are followed by all the industries. Failing to these is never expected.
Explanation:
Please check the answer section.
Answer:
A and C
Explanation:
The for next loop is used for a fixed number of iterations which is usually indicated in the syntax. It uses a counter that increments on each iteration. The loop terminates when the counter reaches the number of initially specified iterations. It is different from a while loop which depends on a specified condition evaluating to the Boolean 'true'.
The period of history before the invention of writing is called unrecorded history.
Answer:
(b)Tb = Ta[:3]
(c)Tc = Ta[-3:]
(d)Td = Tb + Tc
Explanation:
In order to generate random number in python, we need to first import random() function from random module
This function will generate a float number between 0 and 1, to make it between 1 and 15, we add 1 to the multiplication between the random number and the range differences
(a)
from random import random()
L = []
for i in range(10):
L.append(1 + round(random()*14))
Ta = tuple(L)
(b) To copy the first 3 elements of tuple Ta, we simply go from : to 3
Tb = Ta[:3]
(c) To copy the last 3 elements of tuple Ta, we simply go from -3 to :
Tc = Ta[-3:]
(d) To concatenate the 2 tuples, we simply add them up
Td = Tb + Tc
