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Cisco 200-301 Practice Test 8
Two adjacent networks, 10.4.0.0/26 and 10.4.0.64/26, must be summarized exactly. Which supernet covers only those two?
Each /26 has 64 addresses; aligned adjacent .0 and .64 blocks combine to .0/25.
This includes only the first of the two /26 blocks.
The .64 start is not a valid /25 boundary.
A /24 also includes .128–.255, outside the two networks.
Two devices use 10.0.9.31/27 and 10.0.9.32/27 with no router. Can they communicate as same-subnet peers?
/27 ranges are .0–.31 and .32–.63; the two addresses are separated by a boundary, and .31 is broadcast.
Adjacent numeric addresses can belong to separate IP subnets.
The 10/8 block is private; the issue is the subnet boundary and invalid network/broadcast roles.
Their shared /24 is irrelevant because each device uses a /27 mask.
A subnet 172.16.0.0/20 is assigned to a server VLAN. Which last-octet/third-octet boundary correctly describes its address range?
A /20 covers 16 consecutive third-octet values, 0 through 15 here.
Only eight third-octet blocks are covered, equivalent to /21.
That spans a /19, twice the intended /20.
The 16.x addresses belong to the following /20 block.
A routing engineer sees an advertised IPv4 prefix 192.168.20.0/23. Which two /24 networks are contained in that prefix?
A /23 masks the last bit of the third octet; an even .20 start covers .20 and .21.
The .22/24 lies in the following /23, not 192.168.20.0/23.
The /23 boundary must begin at an even third octet; .19 belongs to the previous block.
The two halves must be consecutive; the second is .21.
A network administrator subdivides one IPv4 /24 into equally sized /28 subnets. How many distinct /28 networks result?
Borrowing four subnet bits (28−24) creates 2^4 = 16 equal subnets.
Thirty-two results from borrowing five subnet bits, as with /29.
Eight results from borrowing three subnet bits, as with /27.
This incorrectly subtracts two host-reserved addresses from the number of subnets.
A provider allocates one /27 and divides it into conventional /30 point-to-point subnets. How many /30 networks fit?
Moving from /27 to /30 adds three subnet bits, giving 2^3 = 8.
Sixteen would require four additional subnet bits, not three.
This confuses usable host counts with the count of child subnets.
Four would be the number of /29 blocks inside /27.
An address plan assigns 10.5.24.0/21 to a branch. Which third-octet span is inside that one network?
A /21 has a block size of eight in the third octet; .24 is an aligned boundary.
The network starts with third octet 24 and ends before 32.
That is a /22-sized four-block range.
That spans 16 blocks, a /20-sized range.
Routes 10.2.4.0/24 and 10.2.5.0/24 are adjacent and equally managed. Which summary exactly covers both?
An even .4 third-octet boundary allows .4 and .5 to aggregate into /23.
A /23 must start at an even third-octet value; .5 is misaligned.
A /22 includes .4–.7, adding two unrequested /24s.
Only the first /24 is covered.
An IPAM review proposes 10.1.16.0/23 for one team and 10.1.17.0/24 for another. What is the correct overlap finding?
10.1.16.0/23 spans 10.1.16.0–10.1.17.255.
The overlap covers the entire /24, not only a reserved endpoint.
Every address in the second /24 is contained in the first /23.
A /23 spans two adjacent /24s, so differing third octets can still overlap.
A host is 192.168.50.129/26 but its gateway is configured as 192.168.50.1. Which replacement gateway is on its connected subnet?
A /26 containing .129 has network .128 and usable range .129–.190.
This address identifies the second /26 and is not on the .128/26 LAN.
This gateway belongs to the first /26, not the host’s fourth /26.
This is the network identifier of the next /26.
An IOS standard ACL should match exactly one source IP, 10.10.10.50, rather than a subnet. Which wildcard value is correct?
All wildcard bits zero require every source-address bit to match.
That matches all addresses in 10.10.10.0/24 with the corresponding base.
That wildcard ignores all 32 address bits instead of matching one host.
That allows variation in one address bit, matching two addresses.
Cisco Certified Network Associate (CCNA) (200-301) Practice Tests
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