The code segment is an illustration of loops and arrays
<h3>What is a loop?</h3>
A loop is a program statement used to perform repetitive operations
<h3>What is an array?</h3>
An array is a variable used to hold multiple values
<h3>How to analyze the program?</h3>
The loop of the program adds the index 0 elements of the first and the second row of the 2-dimensional array.
From the program, the numbers to add are 1 and 100
The sum of 1 and 100 is 101
Hence, 101 will be displayed when the code segment is executed
Read more about code segments at:
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The set of communications rules for exchanging information electronically on the internet is called the URL. URL stands for Uniform Resource Locator. It consists of <span>Protocol identifier that indicates the name of the protocol that is used (for example: http) and </span>Resource name is the <span>complete address to the resource. brainly.com.</span>
I know that Windows computer files use the extension exe.
Answer:
Explanation:
Network Access Control is needed to make sure that only set of verified users access the network.
It makes sure that the users are authenticated and only set of some verified users have access to network.
Set of NAC solutions like Impulse SafeConnect, Extreme Networks, ExtremeControl, Auconet BICS, ForeScout CounterACT, Pulse Policy Secure could be installed in the system which along with basic profiling will make sure authenticated access to the network.
Other than this basic encryption-decryption algorithm can be used in this regard. Network components could use encryption algorithms like RSA and DES. These algorithms will make sure that the information from database side is well encrypted. Once that information goes to the network component. They can decrypt the encryption by generating relevant key using the same algorithm.
This will only allow authentic users to access information and also it will stop the leakage of information in between the transmission because of encryption.
Answer:
1 PROCESSOR :
(1 × 2.56 × 10^9) + (12 × 1.28 × 10^9) + (5 × 2.56 × 10^8) / 2 GHz = 9.6 s
2 PROCESSORS :
(1×2.56×10^9)+(12×1.28×10^9)/0.7×2 + (5 × 2.56 × 10^8) / 2 GHz = 7.04 s
Speed -up is 1.36
4 PROCESSORS :
(1×2.56×10^9)+(12×1.28×10^9)/0.7×4 + (5 × 2.56 × 10^8) / 2 GHz = 3.84 s
Speed -up is 2.5
5 PROCESSORS :
(1×2.56×10^9)+(12×1.28×10^9)/0.7×8 + (5 × 2.56 × 10^8) / 2 GHz = 2.24 s
Speed -up is 4.29
Explanation:
The following formula is used in this answer:
EXECUTION TIME = CLOCK CYCLES / CLOCK RATE
Execution Time is equal to the clock cycle per clock rate
