Answer:
Option B
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Answer:
userB will use his/her private key.
Explanation:
The steps involved in using asymmetric cryptographic algorithm are as follow:
1. Each user generates a pair of keys to be used for the encryption and decryption of messages.
2. Each user places one of the two keys in a public register or other accessible file. This is the public key. The companion key is kept private.
3. If UserA wishes to send a confidential message to UserB, UserA encrypts the message using UserB's public key.
4. When UserB receives the message, she decrypts it using her private key.
In traditional programming, probably the most often used error-handling outcome was to terminate the program in which the offending statement occurred.
<h3>What is a traditional programming?</h3>
Traditional programming is known to be a form of manual way that one or a user makes a program.
Note that in the case above, In traditional programming, probably the most often used error-handling outcome was to terminate the program in which the offending statement occurred.
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For applying the filter you need to select the data on which you want to apply it so it will allow you to look at only data you select from the filter options.
Answer:
Following are the solution to the given choices:
Explanation:
Given:
double currentBalance[91];//defining a double array
In point a:
The name of the array is= currentBalance.
In point b:
91 double values could be saved in the array. It requires 8bytes to hold a double that if the array size is 91*8 = 728
In point c:
Each element's data type is double.
In point d:
The array index range of values is between 0 and 90 (every array index starts from 0 and ends in N-1, here N=91).
In point e:
To access first element use currentBalance[0], for middle currentBalance[91/2] , for last currentBalance[90]