When providing instructions or rule to follow, it is important to make them as clear as possible. Simple commands follow by an example (when possible) are basic steps to deliver a precise massage.
Another thing is to bare in mind who is receiving the instruction. The receptor should be apt to the plan knowing vocabulary, structures, etc.
Last but not least, check if the receptor understood the plan, double check if you think it is necessary
Answer:
Category 5 (Cat 5) twisted pair is the least quality twisted pair wire that should be used.
Explanation:
The reason is as follows:
- Category 1 twisted pair is not suitable for transmitting data but comes in handy for telephone communications. Hence, it should not be used in a data/voice application.
- Category 2 twisted pair is suitable for data transmission, however, it can only transmit at 4Mbps which is very slow. Hence, it should not be used in a data/voice application.
- Category 3 twisted pair can transmit data with speed reaching 10Mbps which is slow for voice/data communication.
- Category 4 twisted pair can transmit data with speed reaching 16Mbps and is used in token ring networks. It is slow for communicating in a voice/data application.
- Category 5 twisted pair is the least qualified to be used in a voice/data application because it can transmit data at speeds that reach 100Mbps.
Hence, Cat 5 or Category 5 twisted pair is the least quality twisted pair that should be used in a data/voice application.
Answer:
Full question?
Explanation:
Sorry for asking this but where's what you want answered?
An underscore is a permitted character in documentations
such as MySQL. An underscore in query tables can increase readability. For
example, if we use thisIsMyColumn as a column name, it is very easy to write.
However, this _is_my_column as a column name is more readable.
Answer:
Please find the edited program below:
#include<iostream>
#include <stdio.h>
using namespace::std;
int main()
{
char ch;
cout<<"Enter any letter: ";
ch=getchar();
if(ch=='a' || ch=='e' || ch=='i' || ch=='o' || ch=='u'|| ch=='A' || ch=='E' || ch=='I' || ch=='O' || ch=='U')
cout<<"Vowel";
else
cout<<"Consonant";
return 0;
}
Explanation:
We cannot input char type using cin, we need to use getchar, and it is under header file stdio.h. Also, for comparing we need to use == and not =. And corrrect way of including std is using namespace::std;