Question
Which of the following best describes the primary
function of Network Address Translation (NAT)?ΒSolution
The primary function of Network Address Translation (NAT) is to map private IP addresses within a local network to a single public IP address for outbound traffic. This allows multiple devices on a local network to share a single public IP address when accessing external networks, such as the internet. NAT enhances security by hiding the internal IP structure of the network and helps in the conservation of public IP addresses, which are a limited resource. When an internal device sends a request to the internet, the NAT device replaces the private IP address with the public IP address, enabling responses to be routed back to the correct device. Why Other Options are Incorrect: A) Encrypting data packets for secure transmission.: NAT does not encrypt data; its primary role is address mapping and translation. C) Converting IP addresses from IPv4 to IPv6.: NAT does not perform conversions between different IP address versions; it solely maps internal IPs to a public IP. D) Filtering incoming and outgoing network traffic.: While NAT can work in conjunction with firewalls to filter traffic, its primary purpose is not traffic filtering. E) Managing bandwidth allocation across networks.: NAT does not manage bandwidth; it simply translates IP addresses for data packets.
7 men and 4 boys can complete a work in 6 days. A man completes double the work than a boy. In how many days will 5 men and 4 boys complete the work?
βPβ can complete a project in 12 days. βQβ is 40% less efficient than βPβ. Working together, βPβ, βQβ and βRβ can finish the job...
P and Q together can do a piece of work in 15 days, Q and R together can do it in 18 days. P starts the work and works on it for 5 days, then Q takes it...
- Vikas does 65% of a job in 39 days, while Suman does 40% in 40 days. Vikas worked for 18 days and left. Calculate how many days Suman would need to wrap up...
A and B can complete a work together in 30 days. If A alone can complete one-third of the work in βxβ days and remaining work is completed by B alon...
(x + 8) men working 9 hours a day can complete 60% of a work in 12 days. (x + 2) men working 3 hours a day can complete the remaining work in 32 days. F...
Komal and Seema individually can complete a task in β3aβ hours and β6aβ hours respectively. If they together can complete half of the work in 6 ...
X, Y and E can do piece of work in 24, 30 and 40 days respectively. All three began to work together but X and Y left 6 and 8 days respectively before c...
'Alex,' 'Ben,' and 'Charlie' can individually complete a task in 40, 60, and 100 days, respectively. They decide to work together, but there's a unique ...
If 12 men working 12 hours a day can make 12 quilts in 12 days, then in how many days 24 men working 24 hours per day will make 24 quilts?