The 213.115.77.0 network was subnetted using a /28 subnet mask. How many usable subnets and host addresses per subnet were created as a result of this?
A. 2 networks with 62 hosts
B. 6 networks with 30 hosts
C. 16 networks and 16 hosts
D. 62 networks and 2 hosts
E. 14 networks and 14 hosts
F. None of the above
第1题:
A.32 networks with 8 hosts
B.62 networks with 2 hosts
C.30 networks with 16 hosts
D.32 networks with 14 hosts
第2题:
You are the network administrator at TestKing. TestKing has been provided withthe network address 165.100.27.0/24. The TestKing CEO wants to know how many subnetworks this address provides, and how many hosts can be supported on each subnet.What would your reply be?()
A. One network with 254 hosts.
B. 254 networks with 254 hosts per network.
C. 65,534 networks with 255 hosts per network.
D. 30 networks with 64 hosts per network.
E. 254 networks with 65,534 per network.
第3题:
On the topic of VLSM, which one of the following statements best describes the concept of the route aggregation?()
第4题:
The IP network 210.106.14.0 is subnetted using a /24 mask. How many usable networks and host addresses can be obtained from this?()
第5题:
How many usable sub network and usable hosts per subnet result in the network address 201.105.13.0 is sub netted with a mask of /26? ()
第6题:
The 213.115.77.0 network was subnetted using a /28 subnet mask. How many usable subnets and host addresses per subnet were created as a result of this?()
第7题:
How many subnets can be gained by subnetting 172.17.32.0/23 into a /27 mask, and how many usable host addresses will there be per subnet?()
第8题:
You have been asked to use a 30 bit subnet mask to segment the following network block: 108.12.5.0. How many useable subnetworks and usable hosts could be created?()
第9题:
30 networks and 6 hosts.
6 networks and 30 hosts.
8 networks and 32 hosts.
32 networks and 18 hosts.
14 networks and 14 hosts.
None of the above
第10题:
64 network and 4 hosts
4 network and 64 hosts
2 network and 62 hosts
62 network and 2 hosts
第11题:
1 network with 254 hosts
4 networks with 128 hosts
2 networks with 24 hosts
6 networks with 64 hosts
8 networks with 36 hosts
第12题:
4 networks with 64 hosts
64 networks and 4 hosts
2 networks and 62 hosts
62 networks and 2 hosts
6 network and 30 hosts
第13题:
A. 64 network and 4 hosts
B. 4 network and 64 hosts
C. 2 network and 62 hosts
D. 62 network and 2 hosts
第14题:
A. 8 subnets, 31 hosts
B. 8 subnets, 32 hosts
C. 16 subnets, 30 hosts
D. 16 subnets, 32 hosts
E. A Class B address can‘t be subnetted into the fourth octet.
第15题:
You are the network administrator at TestKing. TestKing has been provided withthe network address 165.100.27.0/24. The TestKing CEO wants to know how many subnetworks this address provides, and how many hosts can be supported on each subnet. What would your reply be?()
第16题:
How many subnetworks and hosts are available per subnet if you apply a /28 mask to the 210.10.2.0 class C network?()
第17题:
Which of the following class networks represents a possibility of being further subnetted into 2 subnets of 128 hosts per subnet?()
第18题:
You have a class B network with a 255.255.255.0 mask. Which of the statements below are true of this network?()
第19题:
The 201.145.32.0 network is subnetted using a /26 mask. How many networks and IP hosts per network exists using this subnet mask?()
第20题:
There are 254 usable subnets.
There are 256 usable hosts per subnet.
There are 50 usable subnets.
There are 254 usable hosts per subnet.
There are 24 usable hosts per subnet.
There is one usable network.
第21题:
2 networks with 62 hosts
6 networks with 30 hosts
16 networks and 16 hosts
62 networks and 2 hosts
14 networks and 14 hosts
None of the above
第22题:
8 subnets, 31 hosts
8 subnets, 32 hosts
16 subnets, 30 hosts
16 subnets, 32 hosts
A Class B address can't be subnetted into the fourth octet.
第23题:
32 networks with 8 hosts
62 networks with 2 hosts
30 networks with 16 hosts
32 networks with 14 hosts