Answer:
The answer is "predictive".
Explanation:
The statement lacks some details, which can be answered by the choice of the question:
A. Presumptive
.
B. suggestive
.
C. interpretive.
D. predictive.
Predictive text is considered to be auto-correct text as well. It is an input technique, which allows people to type words onto a smartphone throughout the text field. It's focused on both the significance of the words and letters in the message, and certain choices were wrong, which can be defined as follows:
- Option B and Option D both were wrong because it provides the synonyms of the words.
- In option C It is wrong because it is a text version.
<em>Hey there!</em>
Just to be corny, what does a spider use to navigate the internet? <em>The World Wide Web! </em>Did you catch that? Hopefully you did...
Anyway, enough with my jokes, here's your answer.
Transmitting information through computers are cheap and fast because of multiple things. The first reason is because they don't require a deliverer or shipping. They can literally be sent from anywhere and be delivered within 10 seconds-5 minutes, way faster than any mailman or delivery. How does it move that fast? Smaller files tend to move quicker among the invisible online delivery lines, most commonly known as cell towers. To get online info from your phone/computer to someone else's device, the file bounces from tower to tower to finally reach the destination.
<em>I'm always open to any question or comment!</em>
<em>God Bless!</em>
<em>-X8lue83rryX</em>
Most presentations use text: at a minimum. Texts is a supportive clue of the topic that is being under discussion during the presentation. It must be very concise and precise, because all the main content is usually represented orally by a speaker. Actually, of the basic recommendations to create a Powerpoint Presentation is to avoid using a lot of text because it heaps the whole work up.
Answer:
#include<iostream>
using namespace std;
int main()
{
int length = 16;
int width = 18;
int perimeter = (2*length) + (2 * width);
cout<<"The perimeter is: "<<perimeter<<endl;
}
Explanation:
First include the library iostream in the c++ program for input/output.
then, create the main function and define the variable with given values in the length and width.
After that calculate the perimeter by using the formula.
perimeter = 2*length + 2*width
and finally display the output on the screen by using the cout instruction.
