Yes. Using trace route.
To transfer data packets across the Internet
Packetization is the process of breaking down information sent or transmitted across the Internet into small parts called packets. Packetization is used in many different fields.
To view the network path taken by packets across internal routers within a LAN, you can use the tracert command on Windows or traceroute on Linux and macOS. This command shows the series of hops that packets take to reach a specified destination, displaying each router's IP address along the path. By running this command, you can identify the routers involved before the packets exit the LAN and head to the internet.
Internet waves, also known as electromagnetic waves, carry data in the form of digital signals through cables or wireless connections. These waves travel at the speed of light, allowing data to be transmitted across vast distances in a matter of seconds. This rapid transmission is made possible by the efficient encoding and decoding of data packets, as well as the high-speed infrastructure of the internet.
All data (digital ones and zeros) is transferred in packets which may have various sizes (numbers of bytes - each byte being eight positions for either a one or a zero) depending on the conditions and hardware and software on either end of the transmission.
A network layer packet is commonly referred to as a "packet" or specifically an "IP packet" when discussing Internet Protocol (IP). At this layer, data is encapsulated into packets for routing across different networks. The network layer is responsible for addressing and forwarding these packets to their destination.
It is possible to get the right answer off the internet, but you should evaluate every answer you come across and cross reference it when possible to make sure it is correct instead of taking the answer at face value.
Router
A train journey from Moscow to London is possible but not directly. As London is on the British Isles, the only connector for trains is across the English Channel to Paris.
The layer responsible for routing packets to their destination is the Network layer, which is the third layer in the OSI model. It manages the delivery of packets across multiple networks by determining the best path for data to travel from the source to the destination. Protocols such as Internet Protocol (IP) operate at this layer, facilitating logical addressing and routing decisions.
osmosis and diffusion
IP, or Internet Protocol, is responsible for addressing and routing packets of data across networks. It ensures that data sent from one device reaches the correct destination by assigning unique IP addresses to devices and managing the transmission of data packets. Additionally, IP facilitates the fragmentation and reassembly of data to accommodate various network sizes and types.