PSEUDOCODE:
1. DECLARE number: INTEGER
2. DECLARE multiple: INTEGER
3. INPUT number
4. FOR counter FROM 1 TO 10 DO
5. multiple <-- number * counter
6. PRINT number, " * ", counter, " = ", multiple
7. ENDFOR
<em>1. declaring a variable "number" as an Integer</em>
<em>2. declaring a variable "multiple" as an Integer</em>
<em>3. The user inputs the value of number</em>
<em>4. FOR loop where variable "counter" increments by 1 after every iteration</em>
<em>5. sets the value for variable "multiple" as the value of number * counter</em>
<em>6. prints out for example "3 * 1 = 3" and will continue till counter reaches 10</em>
<em>7. Ends the for loop</em>
FLOWCHART below
hope it helped
Answer:
Follows are the solution to this question:
Explanation:
The process ID is not static because this can't be used to identity, therefore, it includes excellent service providers like HTTP since it is allocated dynamically only to process whenever a process is initiated.
Sometimes its instance connectors are managed on numerous TSAPs. This can be implemented unless the process ID is being used as each procedure could have an identity.
Answer:
Some key points to remember, when handling the linked list are as follow:
- Linked list is the linear data structure in which each of the elements contain separate object.
- Linked list components are not store in a contiguous location.
- In the linked list the elements or components are basically use the pointers for linked with another elements.
- The last node of the linked list must contain null value.
- In the linked list, the allocation of the memory is equal to upper node limit.
Answer:
(1) Protecting the privacy of personal data and proprietary information
(2) Proprietary Information
These two cannot be infringed on but below are the policies that must be taken in high esteem and can be infringed upon
(1) Disaster Recovery Policy
(2) Acceptable Use Policy
(3) Business Continuity plan
The instructions that he microprocessor can execute each
second if the assembly line is present will be depending on the workload and
the architecture’s core because it is all depending on the speed of the CPU and
the multiplier that it acquires.
