The set Canvas.PaintColor to block is a code that sets the paint color for the: D. canvas.
<h3>What is a canvas?</h3>
In Computer technology and graphics design, a canvas can be defined as a container that is literally used to hold various drawing elements in a graphics design software such as:
In conclusion, the set Canvas.PaintColor to block is a code that is typically used to set the paint color for the canvas in a graphic design software.
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The Java programming language has two different types: basic types (4.2) and reference types (4.3). It's simple to learn Java.
<h3>
What is meant by java program?</h3>
Computer programming is done in Java. Instead of using numerical codes, it lets programmers to create English-based requests for computer instructions. It is regarded as a high-level language because it is simple for humans to read and write.
The Java programming language has two different types: basic types (4.2) and reference types (4.3). It's simple to learn Java. Java is simpler to write, compile, debug, and learn than other programming languages since it was created to be simple to use. It's object-oriented, like Java. This enables the development of modular applications and code that is reused.
Java's ease of transition from one computer system to another is one of its most important benefits. Software for the World Wide Web must be able to operate on a variety of platforms, and Java achieves this by being platform-independent at both the source and binary levels.
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Answer:
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Explanation:
Answer:
Up to 99.99958% safer
Explanation:
Assuming the attacker knows the password restrictions (upper and lower case letters and digits only)
Lets calculate the password combinations for each possible length:
Total characters possible: [a-z]+[A-Z]+[0-9] = 62
(A) Passwords of length = 8 ->
(B) Passwords of length = 7 ->
(C) Passwords of length = 6 ->
(D) Passwords of length = 5 ->
If length is not known, but between 5 and 8:
(E) Passwords of length = [5-8] ->
Finally, to compare how much safer is to keep the password length hidden, we'll calculate the percentage of (A) to (D) passwords against (E)
The formulas are: