2. 5
Looking closely at the function mystery, you should notice that it iterates through the array of strings and counts the number of those strings that have a length greater than the value "x" passed to it. The second piece of code declares and initializes an array of strings and then calls mystery with that array and the value of 5. So it will return the count of words in the string array that have a length greater than 5.
The strings are:
aardvark", length = 8, will be counted.
"banana", length = 6, will be counted.
"cougar", length = 6, will be counted.
"daikon", length = 6, will be counted.
"elephant", length = 8, will be counted.
"fog", length = 3, will NOT be counted.
"get", length = 3, will NOT be counted.
So there will be 5 strings counted. So the answer is "2. 5"
Answer: Data hazards are the factor behind the damage/problem created in the data of the CPU . There are three types of data hazards which are as follows:-
By considering two element "A" and "B"
- RAW(Read after write)- If the element A tries to read the value before the element B has written it then element A will receive the previous value which is accordingly incorrect .
- WAR(Write after read)-Element B write a value for element A which not read by it.So, it incorrectly gets a new destination assigned.
- WAW(Write after write)-Element B tries to write the value for the element A before element A writes it, thus creating a hazard.
Answer:
The correct answer to the following question will be "X-linked dominant".
Explanation:
- X-linked dominant inheritance, also referring to it as X-linked domination, is a hereditary inheritance process through which the X chromosome bears a dominant gene.
- This is less prominent as a pattern of inheritance than the recessive type that is connected to the X.
Hence, the given statement would show the X-linked dominant form of inheritance sequence.
