Answer:
(A) A web page will not display in a browser unless it passes syntax validation testing.
(C)A web page must pass syntax validation testing before it is used.
Explanation:
A website is a collection of related web pages. A web page is an electronically arranged content page, designed and developed using web development application and language tool and hosted on a web server.
Web page or application development follows a series of well defined stages called software development life cycle (SDLC). The web application must go through these processes from birth to the end-of-life of the application.
The validation testing in SDLC, consisting of unit, acceptance and loading testing, which checks for syntax error or bugs on the written codes, because bugs could slow the loading of the page or even the display and browser compatibility of elements in the code.
Answer:
Firewalls, Antiviruses, Malware, Antispyware,
Explanation:
I am not sure what the 'following's are
but it should result the sum of all cells between and including C5 and C18.
Answer:
Option (a)
Explanation:
It is true that managers takes some interviews and some tests which include questions which are able to identify the capabilities of the employee. Their field of expertise can be known by these tests which helps in which project they should put under where their skills will bloom and they can be more efficient. It helps manager to know if the employee is the best fit for their company or not.
Answer:
B. Cache memory.
Explanation:
A cache memory, a special type of random access memory, is a memory that is easily accessibly by a system's CPU (or microprocessor) more quickly than even the regular random access memory. It serves as a buffer between the RAM and the processor. Frequently and commonly used data, programs and applications are temporarily stored in the cache memory so that they are readily accessible and available to the processor. It is as a matter of fact the fastest memory in a computer.
The cache memory comes in three levels - L1, L2 and L3.
L1 cache are often built into the computer's core(s). They are generally small in size between 8KB and 64KB.
L2 and L3 caches are larger than the L1 cache and most times are separate from the CPU.
