Answer:
Option B: a[k] = 20, a[k + 1] = 10 is the correct answer.
Explanation:
We will dry run the pseudocode line by line and monitor the values stored in elements to get the final answer.
We have three elements to be used in the code.
a[k] , a[k+1] and temp
a[k] = 10;
This line assigns value 10 to a[k]
a[k+1] = 20;
This line assigns value 20 to a[k+1]
temp = a[k];
This line will assign the value in a[k] to temp i.e. we have following values currently stored at the three locations a[k] = 10, a[k+1] = 20 and temp = 10
a[k] = a[k+1] ;
This line of code assigns the value of a[k+1] to a[k] which means now we have a[k] = 20 , a[k+1] = 20 and temp =10
a[k+1] = temp ;
This line will assign the value in temp to a[k+1] which means now we have
a[k] = 20 , a[k+1] = 10 and temp = 10
Hence, looking at the final values in a[k] and a[k+1] it can be concluded that
Option B: a[k] = 20, a[k + 1] = 10 is the correct answer
Answer:
To be able to test a product if it can withstand what it is supposed to before being released to the public for saftey reasons.
They could have handled the situation better instead of making it the biggest thing ever
Answer:
False
Explanation:
A password in a one factor or multi-factor authentication is a mechanism not of what an entity has but what they know.
One factor authentication makes use of passwords only, to secure a user account. A multi-factor authentication uses two or more mechanisms for securing user accounts. It ask the question of what the users know (for password), what they have (security token, smart cards), and who they are(biometrics).
Answer:
ECC memory
Explanation:
According to my research on information technology, I can say that based on the information provided within the question the best type of RAM for this situation would be ECC memory (RAM). This abbreviation refers to Error-Correcting-Code, this memory can detect and correct many common types of errors, and is used mainly for servers or when sensitive data is involved where errors and data corruption cannot be allowed to happen under any circumstance.
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