Answer:
to rank tasks from most to least important
Explanation:
Prioritize means to choose priority, obviously and priority is the thing is the thing which, among other things, have the biggest importance.
Every day, especially in business, one finds himself swimming in tasks up to his neck. Obviously, not all of them can be successfully finished, or at least not without sacrificing one's personal life or sleep.
Prioritizing, therefore, serves as a helpful organising tool. After writing down all tasks that need to be done, a person should rank them by priority, which means that only urgent and important tasks will be dealt with immediately. Tasks of lower priority will be postponed, delegated or simply deleted.
Answer:
First off, I'm not writing your essay. I will give you a guide and you can take it from there. Also, I don't know any context about the question.
- Computer applications can handle input and output at a significant rate.
- Computers were designed to handle mathematical operations and now at today's rate a single 2+2 can spit out a answer in 64 nanoseconds.
Answer:
The answer to the given question can be given as:
The value of *iptr is 7. and the value of iptr is dynamic.
Explanation:
In the c++ code, it is defined that x is an integer variable that assigns a value which is 7. Then we define a pointer variable that is *iptr. This variable holds an address of the x variable. When we print the value of the iptr variable. if we use the expression *iptr to print value of the pointer variable by cout that is used in c++ for pint values. so the value of the iptr is 7. If we use the expression iptr sent to cout so we show the address of the variable x. In the pointer, it manages the addresses of dynamically allocated so the address of the variable is changed on execution time.
The answer is true.
Let's say we are calculating the volume of a grain silo where the the width is a constant, but the height can be changed.
In our code we would calculate the volume using something like:
PI * (WIDTH / 2)^2 * height
The variables in all caps would be named constants. Using them makes the code more readable to other people than if we were to just use their values like:
3.14 * (145.75 / 2)^2 * height
A kilobyte (KB) is 1,024 bytes, not one thousand bytes as might be expected, because computers use binary (base two) math, instead of a decimal (base ten) system. Computer storage and memory is often measured in megabytes (MB) and gigabytes (GB). A medium-sized novel contains about 1 MB of information.
