https://r2.erweima.ai/mathbot/image/1726094519271w3n1o1lt.pdf

The document provided seems to be a worksheet related to **industrial communication networks** focused on subnetting. Here's a summary of the tasks:

1. **Subnetting Exercise**:
   - Requires dividing a network into subnets and delivering the answers on grid paper.
   - The exercise must be completed in groups of up to 4 people.

2. **Table Completion**:
   - Students are asked to fill out a table based on the provided network information.

3. **Exercises**:
   - Subnet the IP address **192.190.0.0** into 3 subnets.
   - Subnet the IP **10.0.0.0** into 6 networks, but the table must include 8 subnet numbers.
   - Subnet the IP **192.120.4.0/24** into 4 networks.
   - Subnet the IP **172.16.0.0** into 40 networks.
   
4. **Specific Subnet**:
   - Determine the 17th subnet for the network **2001:1977:0719:98A6**.

5. **Company Subnetting**:
   - A company has offices in 17 cities, each with 9 offices, and each office has 10 departments.
   - The assigned IP is **2001:BABA:CAFÉ::/48**.
   - Find the prefixes for the cities, offices, and departments.

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Do you want help with a specific subnetting exercise or need detailed solutions for these tasks? Let me know how you'd like to proceed! 

Here are 5 related questions that might help expand the information:
1. How do you calculate subnet masks for a given number of subnets?
2. What is the process for subnetting an IPv6 address like the one in exercise 9?
3. How do you calculate the number of usable hosts in a subnet?
4. Can you explain how the prefix length affects subnetting?
5. What tools can you use to visualize and check your subnetting calculations?

**Tip:** When subnetting, always determine the number of required subnets first, then calculate the subnet mask accordingly.

The document provided seems to be a worksheet related to industrial communication networks focused on subnetting. It includes exercises like subnetting specific IP addresses into various subnets and determining network prefixes for a company's structure across multiple cities, offices, and departments.

Learn how to perform subnetting on IP addresses like 192.190.0.0, 10.0.0.0, and IPv6 addresses such as 2001:BABA:CAFÉ::/48. This worksheet provides real-world scenarios, including calculating subnets for companies with complex hierarchies. Suitable for advanced college students and professionals pursuing network certifications.

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