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Page 1: Question 6 (5 points) Using the technique outlined in Lab 2.9, manually convert the following decimal number to binary. Double-check your result using

Page 1: Question 6 (5 points) Using the technique outlined in Lab 2.9, manually convert the following decimal number to binary. Double-check your result using Windows Calculator Decimal 19 Page 2 12- 9 10 /2" Page 3: 11 1213 Page 4: 14 | | 15 Page 5: 16 1718 Page 6: 19 20 Decimal 19-Binary Question 7 (5 points) Using the technique outlined in Lab 2.9. manually convert the following decimal number to binary. Double-check your result using Windows Calculator Decimal 192 412 Page 1: Question 7 (5 points) Using the technique outlined in Lab 2.9, manually convert the following decimal number to binary. Double-check your result using Windows Calculator. Decimal 192 Page 2: 6178 /2" 12. 12 9 10 Page 3: 11 12 13 Page 4: 14 15 Page 5: 16 17 18 Page 6: 19 20 4 12 12 A, R Decimal 192-Binary Question 8 (2 points) Using the technique outlined in Lab 2.9, manually convert the following numbers from binary to decimal. 27 26 25 24 23 22 21 20 128 64 32 16 8 4 2 1 Example: Binary 11100001-128+64+32+0+0+0+0+1 Decimal 225 Binary 00110011 . binary to decimal. Page 2: 27 26 25 24 23 22 21 20 128 64 32 16 8 4 21 2 2 Example: Binary 11100001 -12864+32+0+0+0+0+1 Decimal 225 910 Page 3: 11 1213 Page 4: 14 15 Page 5: 16 17 18 Page 6: 19 20 Decimal Question 10 (2 points) Using the technique outlined in Lab 2.9, manually convert the following numbers from binary to decimal. 27 26 25 24 23 22 21 20 128 64 32 16 8 42 Example: Binary 11100001-128+ 64+32+O O O+0+1 Decimal 225 Binary 01010101- Decimal Previous Page Next Page Page 2 of 6 Page 1: Lab 2.10 Finding Network IDs Using Subnet Masks Question 11 (4 points) Complete the following table as directed in Lab 2.10 IP Address: Dotted Decimal- 130.179.16.67 Binary- Page 2 Subnet Mask: Dotted Decimal 255.255.25s.0 Binary- 9 10 Network ID: Dotted Decimal Binary Page 3 11 1213 Page 4: 14 15 Question 12 (4 points) Complete the following table as directed in Lab 2.10 IP Address: Dotted Decimal 192.168.32.183 Binary- Page 5: le Subnet Mask: Dotted Decimal 255.255.255.240 Binary- Page 6: 19 20 Network ID: Dotted Decimal Binary Question 13 (4 points) Complete the following table as directed in Lab 2.10. IP Address: Dotted Decimal 10.155.244.2 Binary Subnet Mask: Dotted Decimal 255.224.0.0 Binary Network ID: Dotted Decimal Binary Page 1: Lab 2.11 Creating Subnets Question 14 (2 points) A large Internal network address such as 172.20.0.0 is too large to be used without subnetting. To practice subnetting, divide the 172.20.0.0 network into 10 subnets using as few bits from the host as possible. Page 2 Orlginal Network 10101100 00010100 00000000 9 10 New Subnet Mask: Dotted Decimal Binary Page 3: 11 12 13 Page 4: 14 15 Page 5: 16 1718 Page 6: 19 20 Question 15 (20 points) List the 10 subnets in the table below in both 32-bit binary format and dotted decimal notation Subnet #0: 32-bit Binary Format- 4 Dotted Decimal Notation Subnet # 1: 32-bit Binary Format Dotted Decimal Notation . Subnet #2: 32-bit Binary Format Dotted Decimal Notation Subnet #3: 32-bit Binary Format- Page 1: Subnet #3: 32-bit Binary Format- Dotted Decimal Notation- Page 2 Subnet #4 617 8 32-bit Binary Format - Dotted Decimal Notation- Page 3: 11 1213 Page 4: 14 15 Subnet #5 32-bit Blnary Format Dotted Decimal Notation- Subnet #6: 16 17 18 32-bit Binary Format- Dotted Decimal Notation 19 20 Subnet #7: 32-bit Binary Format Dotted Decimal Notation Subnet #8: 32-bit Binary Format Dotted Decimal Notation- Subnet #5: Page 2: 32-bit Binary Format Dotted Decimal Nottion- 9 10 Page 3: 11 1213 Page 4: 14 15 Page 5: 16 | | 17 | | 18 Page 6: 19 20 Subnet #6: 32-bit Binary Format- Dotted Decimal Notation Subnet #7: 32-bit Binary Format - Dotted Decimal Notation Subnet #8: 32-bit Binary Format Dotted Decimal Notation Subnet #9: 32-bit Binary Format Dotted Decimal Notation Previous Page Next Page Page 4 of 6 Page 1: Question 6 (5 points) Using the technique outlined in Lab 2.9, manually convert the following decimal number to binary. Double-check your result using Windows Calculator Decimal 19 Page 2 12- 9 10 /2" Page 3: 11 1213 Page 4: 14 | | 15 Page 5: 16 1718 Page 6: 19 20 Decimal 19-Binary Question 7 (5 points) Using the technique outlined in Lab 2.9. manually convert the following decimal number to binary. Double-check your result using Windows Calculator Decimal 192 412 Page 1: Question 7 (5 points) Using the technique outlined in Lab 2.9, manually convert the following decimal number to binary. Double-check your result using Windows Calculator. Decimal 192 Page 2: 6178 /2" 12. 12 9 10 Page 3: 11 12 13 Page 4: 14 15 Page 5: 16 17 18 Page 6: 19 20 4 12 12 A, R Decimal 192-Binary Question 8 (2 points) Using the technique outlined in Lab 2.9, manually convert the following numbers from binary to decimal. 27 26 25 24 23 22 21 20 128 64 32 16 8 4 2 1 Example: Binary 11100001-128+64+32+0+0+0+0+1 Decimal 225 Binary 00110011 . binary to decimal. Page 2: 27 26 25 24 23 22 21 20 128 64 32 16 8 4 21 2 2 Example: Binary 11100001 -12864+32+0+0+0+0+1 Decimal 225 910 Page 3: 11 1213 Page 4: 14 15 Page 5: 16 17 18 Page 6: 19 20 Decimal Question 10 (2 points) Using the technique outlined in Lab 2.9, manually convert the following numbers from binary to decimal. 27 26 25 24 23 22 21 20 128 64 32 16 8 42 Example: Binary 11100001-128+ 64+32+O O O+0+1 Decimal 225 Binary 01010101- Decimal Previous Page Next Page Page 2 of 6 Page 1: Lab 2.10 Finding Network IDs Using Subnet Masks Question 11 (4 points) Complete the following table as directed in Lab 2.10 IP Address: Dotted Decimal- 130.179.16.67 Binary- Page 2 Subnet Mask: Dotted Decimal 255.255.25s.0 Binary- 9 10 Network ID: Dotted Decimal Binary Page 3 11 1213 Page 4: 14 15 Question 12 (4 points) Complete the following table as directed in Lab 2.10 IP Address: Dotted Decimal 192.168.32.183 Binary- Page 5: le Subnet Mask: Dotted Decimal 255.255.255.240 Binary- Page 6: 19 20 Network ID: Dotted Decimal Binary Question 13 (4 points) Complete the following table as directed in Lab 2.10. IP Address: Dotted Decimal 10.155.244.2 Binary Subnet Mask: Dotted Decimal 255.224.0.0 Binary Network ID: Dotted Decimal Binary Page 1: Lab 2.11 Creating Subnets Question 14 (2 points) A large Internal network address such as 172.20.0.0 is too large to be used without subnetting. To practice subnetting, divide the 172.20.0.0 network into 10 subnets using as few bits from the host as possible. Page 2 Orlginal Network 10101100 00010100 00000000 9 10 New Subnet Mask: Dotted Decimal Binary Page 3: 11 12 13 Page 4: 14 15 Page 5: 16 1718 Page 6: 19 20 Question 15 (20 points) List the 10 subnets in the table below in both 32-bit binary format and dotted decimal notation Subnet #0: 32-bit Binary Format- 4 Dotted Decimal Notation Subnet # 1: 32-bit Binary Format Dotted Decimal Notation . Subnet #2: 32-bit Binary Format Dotted Decimal Notation Subnet #3: 32-bit Binary Format- Page 1: Subnet #3: 32-bit Binary Format- Dotted Decimal Notation- Page 2 Subnet #4 617 8 32-bit Binary Format - Dotted Decimal Notation- Page 3: 11 1213 Page 4: 14 15 Subnet #5 32-bit Blnary Format Dotted Decimal Notation- Subnet #6: 16 17 18 32-bit Binary Format- Dotted Decimal Notation 19 20 Subnet #7: 32-bit Binary Format Dotted Decimal Notation Subnet #8: 32-bit Binary Format Dotted Decimal Notation- Subnet #5: Page 2: 32-bit Binary Format Dotted Decimal Nottion- 9 10 Page 3: 11 1213 Page 4: 14 15 Page 5: 16 | | 17 | | 18 Page 6: 19 20 Subnet #6: 32-bit Binary Format- Dotted Decimal Notation Subnet #7: 32-bit Binary Format - Dotted Decimal Notation Subnet #8: 32-bit Binary Format Dotted Decimal Notation Subnet #9: 32-bit Binary Format Dotted Decimal Notation Previous Page Next Page Page 4 of 6