The qubit in quantum computing are different from a regular bit in classical computing is multiple qubits can show quantum entanglement.
<h3>What is the different about?</h3>
An important factor between qubits and normal bits is that a lot of qubits can show quantum entanglement.
Note that Quantum entanglement is said to be a form of nonlocal property that pertains to two or more qubits that gives room for a set of qubits to show higher correlation than is it was in any systems.
Therefore, The qubit in quantum computing are different from a regular bit in classical computing is multiple qubits can show quantum entanglement.
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Answer:
C. Staging Area
Explanation:
According to my research on different ICS facilities, I can say that based on the information provided within the question the facility being described here is called a Staging Area. Like mentioned in the question a staging area is a location set up at an incident where resources and personnel can be placed while waiting on instructions to proceed with an operation or assignment.
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An assembly similar to an electrical cable, but containing one or more optical fibers that are used to carry light
A. True
Explanations:
You can redefine or overload the function of most built-in operators in C++. These operators can be overloaded globally or on a class-by-class basis. Overloaded operators are implemented as functions and can be member functions or global functions. An overloaded operator is called an operator function.
Answer:
1. 10 bits
2. 1022 Hosts / Subnet
Explanation:
Given Network ID is 172.20.0.0
Class B network contains :
Network ID = 16 bits
Host ID = 16 bits
For subnetting always host id bits are used.
Number of subnets required = 50. Subnets are always in power of two. Nearest power of two to 50 is 26 = 64.
So, to create subnet we require 6 bits from host id and 64 subnets can be created with those 6 bits.
1)
Number of host bits needed for new subnets for network information = 6 bits.
Therefore, New network information contains :
Network ID of subnet = 16 + 6 = 22 bits
Host ID = 16- 6 = 10 bits.
2)
Subnets required = 50
Subnets created with 6 bits = 64.
Number of subnets unused for future expansion = 64 - 50 = 14 subnets.
Host ID part contains 10 bits. Therefore, Total number of Hosts /Subnet = 210 = 1024 Hosts.
Number of usable hosts per subnet = 1024 -2 = 1022 Hosts / Subnet.