# data[].attributes.body
192.168.10.0/26

# data[].attributes.body
192.168.10.0/26

# data[].attributes.body
subnetting

192.168.100.0/26

how to find number of netwok

2^n

2^4=4

how to find id address on networ

2^6

64-2

192.168.10.0 192.168.10.0 192.168.10.0 192.168.10.63

192.168.10.64

192.168.10.128

192.168.10.192

# data[].attributes.body
So for 192.168.10.0/26

Subnet Mask:

2⁷+2⁶=128+64=192

Total Networks: 2² = 4

Total number of IP Address on each network: 2n = 26 = 64

Total number of Hosts on each network: 2n - 2 = 2⁶ - 2 = 64 - 2 = 62

Network 1:

192.168.10.0, 192.168.10.1 --> 192.168.10.62, 192.168.10.63

Network 2:

192.168.10.64, 192.168.10.65 --> 192.168.10.126, 192.168.10.127

Network 3:

192.168.10.128, 192.168.10.129 --> 192.168.10.190, 192.168.10.191

Network 4:

192.168.10.192, 192.168.10.193 --> 192.168.10.254, 192.168.10.255

# data[].attributes.body
192.168.10.0/26

Hourn Mengleang

subnetting 192.168.10.0/26

Number of Network

2^n = 2^2 = 4 networks

Number of host

2^h = 2^6 = 64 host

Number of IP each network

2^h - 2 = 2^6 -2 = 64 - 2 = 62 IP

Network1

ID 192.168.10.0

start 192.168.10.1 to 192.168.10.62

Broad cast 192.168.10.63

Network 2

ID 192.168.10.64

start 192.168.10.65 to 192.168.10.126

Broad cast 192.168.10.127

Network 3

ID 192.168.10.128

Start 192.168.10.129 to 192.168.10.190

Broad cast 192.168.10.191

Network 4

ID 192.168.10.192

start 192.168.10.193 to 192.168.10.254

Broad cast 192.168.10.255

# data[].attributes.body
How to find number of network

IP= 192.168.10.0/26

2^n

2^2=4

192.168.10.0 (address)

192.168.10.1 - 192.168.10.62 192.168.10.63 (Bordcase)

192.168.10.64(address)

192.168.10.65 - 192.168.10.126

19.168.10.127(Bordcase)

192.168.10.128(address)

192.168.10.129 - 192.168.10.190

192.168.10.191(Bordcase)

192.168.10.192(address)

192.168.10.193-192.168.10.254

192.168.10.255(Bordcase)

# data[].attributes.body
So for 192.168.10.0/26

. Subnet Mask:

2⁷+2⁶=128+64=192

. Total Network: 2²=4

. Total number of IP Address on each network: 2n-2= 2⁶-2=64

. Total number of hosts on each network: 2n-2=2⁶-2=64-2=62

. Network 1:

192.168.10.0-->192.168.10.63

. Network 2:

192.168.10.64-->192.168.10.127

.Network 3:

192.168.10.128-->192.168.10.191

. Network 4:

192.168.10.192-->192.168.10.255

# data[].attributes.body
How to subnetting

192.168.10.0/26

find number of network

2^2=4

find address

2^n-2

2^6-2=62

Network 1

192.168.10.0(Id) =>

192.168.10.63 (broadcast)

192.168.10.1 => 192.168.10.62 (ip)

Network 2

192.168.10.64(Id) =>

192.168.10.127 (broadcast)

192.168.10.65 => 192.168.10.126 (ip)

Network 3

192.168.10.128(Id)

192.168.10.192 (broadcast)

192.168.10.129 => 192.168.10.191 (ip)

Network 4

192.168.10.192(Id)

192.168.10.255 (broadcast)

192.168.10.193 => 192.168.10.254 (ip)

# data[].attributes.body
Phen virak

Subneting 192.168.10.0/26

number of network

2^n=2^2=4 network

ip adress of network

2^n=2^6=64

number of host

2^n-2=2^6-2=64-2=62

network 1

192.168.10.0 network ID

start 192.168.10.1 to 192.68.10.62

192.168.10.63 Broad cast

Network 2

192.168.10.64 Network ID

Start 192.16810.65 to 1922.168.10.126

192.168.10.127 Broad cast

Network 3

192.168.10.128 Network ID

start 192.168.10.129 to 192.168.10.190

19.168.10.191 broad cast

network 4

192.68.10.192 Network ID

Start 192.168.10.193 to 192.168.10.254

192.168.10.255 Broad cast

# data[].attributes.body
192.168.10.0/26

Subnet Mask:

2⁷+2⁶=128+64=192

Total Networks: 2² = 4

Total number of IP Address network: 2n = 26 = 64

Total number of Hosts on network:

2n - 2 = 2⁶ - 2 = 64 - 2 = 62

Network 1:

192.168.10.0 --> 192.168.10.63

Network 2:

192.168.10.64 --> 192.168.10.127

Network 3:

192.168.10.128 --> 192.168.10.191

Network 4:

192.168.10.192 --> 192.168.10.255

# data[].attributes.body
Network address

192.168.10.0/26

subnet mask

255.255.255.192

Number of network

2n

2²=4

Number of Usable Hosts

2n-2

2⁶-2=62

Network Address

192.168.10.0 - 192.168.10.63

192.168.10.64 - 192.168.10.127

192.168.10.128 - 192.168.10.191

192.168.10.192 - 192.168.10.255

# data[].attributes.body
Network1

ID 192.168.10.0

• 2^n

• 2^2=4

start 192.168.10.1 to 192.168.10.62

Broad cast 192.168.10.63

192.168.10.0 (address)

192.168.10.1 -

192.168.10.62

192.168.10.63(Broadcase)

• 192.168.10.64( address)

192.168.10.65

192.168.10.126

19.168.10.127( Broadcase)

Network 2

• 192.168.10.64

start 192.168.10.65 to 192.168.10.126

192.168.10.127(Broadcast)

Network 3

• 192.168.10.128

Start 192.168.10.129 to 192.168.10.190

192.168.10.191(Broadcast)

Network 4

• 192.168.10.192

start 192.168.10.193 to 192.168.10.254

192.168.10.255(Broadcast)

# data[].attributes.body
Network1

ID 192.168.10.0

• 2^n

• 2^2=4

start 192.168.10.1 to 192.168.10.62

Broad cast 192.168.10.63

192.168.10.0 (address)

192.168.10.1 -

192.168.10.62

192.168.10.63(Broadcase)

• 192.168.10.64( address)

192.168.10.65

192.168.10.126

19.168.10.127( Broadcase)

Network 2

• 192.168.10.64

start 192.168.10.65 to 192.168.10.126

192.168.10.127(Broadcast)

Network 3

• 192.168.10.128

Start 192.168.10.129 to 192.168.10.190

192.168.10.191(Broadcast)

Network 4

• 192.168.10.192

start 192.168.10.193 to 192.168.10.254

192.168.10.255(Broadcast)

# data[].attributes.body
Name: Chov Hong

Subnetting:

IP: 192.168.10.0/26

_ Subnet Mask:

2^7+2^6=128+64=192

_ Total Network: 2^2=4

_ Total number IP address on each network: 2^n-2=2^6-2=62

In the end IP: 192.168.10.0/26 means we have 4 subnets:

1/ 192.168.10.0/26 -> 192.168.10.63

2/ 192.168.10.64/26 -> 192.168.10.127

3/ 192.168.10.128/26 -> 192.168.10.191

4/ 192.168.10.192/26 -> 192.168.10.255