Answer:
It depends on the features of the Calculator but most mobile phones are computers.
Explanation:
A computer is an electronic device that can accept data (Both can), process the data (both can), produce the results of the processed data (both can) and store both result and initial data (some calculators can, some cannot but most mobile phones can).
In my opinion, they are computers but that's dependent on their features especially storage.
Answer:
2 (cooperation
)
3 (integrity)
5 (analytical thinking)
6 (dependability)
Explanation:
Good luck! Hope this helps.
Answer:
# include<iostream>
# include<math.h>
using namespace::std;
void calc (int num)
{
cout<<"Area of Square" <<num*num;
cout<<"Volume of a sphere" << (4/3) *3.14*num*num*num;
cout<<"Side of a Square" <<sqrt(num);
}
int main ()
{
int num;
cout<<"Enter the Number"; cin>>num;
calc(num);
return 0;
}
Explanation:
I have used the swtich for the selection purpose. Also, I have used sqrt() function, and for that I have included math,h library. And the various formula comes from mensuration. Rest part is self explanatory.
Answer:
Explanation:
In data communications, a protocol is <em>connectionless </em>if it describes communication between two devices in a network without first establishing or verifying establishment of some link (connection) between the two devices. In a connectionless protocol, data are exchanged between processes or devices without a prior check of whether the processes are ready to transmit data or not. In this type of protocol, there's no verification put in place to remember if these processes were or are in communication. Connectionless protocols are also called stateless protocols. Because connectionless protocol cannot be relied upon due to its lack of delivery-assurance policy, it is sometimes referred to as <em>unreliable protocol</em>. In other words, delivery of data packets is not guaranteed. An example of a connectionless protocol is the UDP (User Datagram Protocol).
However, if the protocol defines some checks to ascertain that there is first a connection between two communicating processes before beginning transmission, then, the protocol is <em>connection-oriented. </em>An example of this is the TCP (Transmission Control Protocol). Connection-oriented protocols are reliable since they ensure connection be made between processes before transmitting data packets.
A typical application of a connectionless/unreliable protocol is in the streaming of real time videos or voice communication where packets of data could be dropped and not resent.
An example of the connection-oriented/reliable protocol is analogous to making a telephone call where data packets (voice messages) are not sent until the receiver on the other end makes a connection.
The binary number system is also referred as base-2 numeral system. The numeric values in the binary system are represented with only two symbols "0" and "1". The base 10 number system on the other hand is the usual number system that uses decimal numbers.
In the binary system the number to the left of the point
is a whole number and every number further left gets 2
times bigger. The first digit on the right means halves and every number further right is 2 times smaller.
In the base 10 system number greater than 1 appear to the left of a decimal point. Values that
are a fraction appear to the right of the decimal point. Every number further left is 10 times bigger, and right 10 times smaller.
