Masks aren$$t always multiples of $8!$ In section, discuss ways to solve this problem. You have been told that your Computer's IP address is $130\mathrm{.}7\mathrm{.}32\mathrm{.}35/26$

a$.$ What is the dotted$-$decimal representation for your computer's network mask $(/26)?$ b$.$ What is your network address?

c$.$ How many bits are in the host portion?

d$.$ How many hosts can be on this network?

e$.$ How do we decide if an IP address is valid on a network?

f$.$ Is $130\mathrm{.}7\mathrm{.}32\mathrm{.}36$ a valid address on this network? yes$/$no$.$ Why?

g$.$ Is $130\mathrm{.}7\mathrm{.}33\mathrm{.}35$ a valid address on this network?Masks aren$$t always multiples of $8!$ In section, discuss ways to solve this problem. You have been told that your Computer's IP address is $130\mathrm{.}7\mathrm{.}32\mathrm{.}35/26$

a$.$ What is the dotted$-$decimal representation for your computer's network mask $(/26)?$ b$.$ What is your network address?

c$.$ How many bits are in the host portion?

d$.$ How many hosts can be on this network?

e$.$ How do we decide if an IP address is valid on a network?

f$.$ Is $130\mathrm{.}7\mathrm{.}32\mathrm{.}36$ a valid address on this network? yes$/$no$.$ Why?

g$.$ Is $130\mathrm{.}7\mathrm{.}33\mathrm{.}35$ a valid address on this network?