Answer:
It is just true in most cases
Explanation:
This statement is just true in most cases because in some cases having a physical access to the computer or hard drive this does not guarantee access to the information contained in the hard drive or computer because the data/information in the hard drive or computer might as well be encrypted and would require a password in order to de-crypt the information.
Having a physical access is one step closer in some cases but not the only step required .
Answer:
cubeVolume = IMath.toThePowerOf(cubeSide, 3);
Explanation:
Following is the explanation for above statement:
Left side:
cubeVolume is a variable with data-type int, it will store the integer value that is the output from right side.
Right side:
- IMath is the class name.
- toThePowerOf is the built-in function that takes two arguments of data type int. First is the base and second is the power(exponent) separated by comma. In place of first argument that is the base variable we will pass the variable cubeSide that has been declared and initialize.
- Now the output will be stored in the variable cubeVolume.
i hope it will help you!
Answer:
An effective policy is the procedure that are manually clear and easy to understand in an organisation. It basically define as the set of rules and principles in a system to guide the decision and fulfill their desired goals.
An effective policy is error free and has high efficiency. Basically, it is the set of various ideas that can be used for decision making.
Some of the effective policies are:
- The idea and plan are tested before its implementation in the system.
- The result should be efficient and in measurable terms.
- The ideas and assumptions are explicit in the nature.
Answer in Python:
<em># Define program constants</em>
PI = 3.14
radius = 8
height = 5
<em># Welcome the user to our program</em>
print("### Calculating volume of Cylinder with Radius of 8m and Height of 5m...")
<em># Calculate the volume</em>
volume = PI * radius ** 2 * height
<em># Print the result</em>
print("The cylinder volume is:", volume, "m³")
References:
- https://www.w3schools.com/python/python_variables.asp
- https://www.w3schools.com/python/python_operators.asp
- https://www.w3schools.com/python/ref_func_print.asp
Answer:
1.25 per unit
Explanation:
Number of units to sell = 100,000
Price per unit = 2
Fixed expense = 75000
At break even point :
Revenue = total expenses
Total expenses = fixed cost + variable cost
Let variable cost = x
Revenue = units to sell * price per unit
Revenue = 100,000 * 2 = 200,000
Hence,
Fixed cost + variable cost = Revenue
75000 + x = 200,000
x = 200, 000 - 75000
x = 125,000
Variable cost = 125,000
The variable expense per unit is thus :
Variable expense / number of units
125,000 / 100,000 = 1.25 per unit
