Answer:
The answer is "False".
Explanation:
ENIAC stands for Electronic Numerical Integrator and Computer, It was first developed in 1946. This computer use circuits and node that are interconnected with each other to show the result.
- ENIAC was a firstly, Reconfigurable vacuum tube, that controls the unit and it doesn't store information
- It takes a large room to set up the system, that's why it is not true.
Answer:
Network Address Translation (NAT)
Explanation:
With the aid of Network address translation(NAT), the IP addresses of a particular local network are translated or mapped into a single or multiple global or public IP addresses. Therefore, a wireless router could use NAT to translate its private IP address on internal traffic (network) to a routable address for the internet.
With NAT, businesses can use many internal IP addresses since they are just for internal purposes and will be eventually converted into a single or a few multiple routable IP addresses.
Three types of NAT are possible:
(i) Static NAT : There is a one - to - one mapping between private IP addresses and routable (public) IP addresses. One private IP is mapped to one public IP address.
(ii) Dynamic NAT : There is a many- to - many mapping between private IP addresses and routable (public) IP addresses. Multiple private IPs are mapped to many public IP addresses.
(iii) Port Address Translation (PAT) : Many - to - one relationship between the private IP addresses and public addresses. Many private IP addresses can be mapped or translated into a single public IP address. This type of NAT is also called NAT overload.
Answer:
170 Mbps
Explanation:
Time taken to put data on to the link T1 = 50kB / 1 Gbps = 0.0004096
Time taken for transmission T2 = 2 milliseconds = 2 * 10-3
--> throughput = ( 1 / (1+T2/T1) ) * bandwidth of link
= ( 1 / (1 + 4.8828125) ) * 1 Gbps
= 0.16998672 * 1 Gbps
= 169.98672 Mbps
= 170 Mbps.
Answer:
a. partial interval
Explanation:
Partial Interval data recording method of data collection involves recording whether an event occurs or does not during a defined interval.
It is different than <em>whole interval</em> data recording because partial interval doesn't occur throughout the entire interval.
In partial interval recording, <em>discrete behaviors</em> are observed. For example, this kind of behavior can be a person swearing or hitting to someone, a student participating in class discussions etc.
