Shape and Circle and Square are subclasses of Shape, which suggests a superclass relationship as the most likely explanation.
<h3>What are a shape, a square, and a circle?</h3>
- A circle is a spherical shape without boundaries or edges. A circle is a closed, curved object with two dimensions in geometry.
- A square is an unique sort of parallelogram as well as an equilateral rectangle (an equilateral and equiangular one).
- The two finite diagonals of a square are equal and have four axes of symmetry, much like those of any rectangle. Two right triangles are produced by the diagonal bisection of a square.
- A circle is a closed, two-dimensional object where every point in the plane is equally spaced from the "center" of the circle. The line of reflection symmetry is formed by all lines that traverse the circle.
To learn more about shape, circle, and square, refer to:
brainly.com/question/7254468
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The result of the subtraction of 4365 and 3412 using octal numbers is of:
753.
<h3>What are octal numbers?</h3>
For octal numbers, each number is represented by three bits, as follows:
Then the binary representation of number 4365 is given as follows:
100011110101
The binary representation of number 3412 is given as follows:
011100001010
Then the following binary subtraction is made:
100011110101 - 011100001010
The result of this subtraction is of:
100011110101 - 011100001010 = 111101011
Then the octal result is given as follows:
111 101 011 = 753.
More can be learned about binary numbers at brainly.com/question/8649831
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Answer:
The programs are written in MATLAB.
(a)
sum = 0;
for i = 2:100 %This for loop starts from 2 and ends at 100
sum = sum + i; %This line sums each values of the loop
end
disp(sum); %This command displays the sum at command window
(b)
sum = 0;
for i = 2:100
sum = sum + i^2; %This line sums the squares of each values in the loop
end
disp(sum);
(c)
sum = 0;
a = input('Please enter a: ');
b = input('Please enter b: ');
for i = a:b
if mod(i,2) == 1 %This command checks whether the value in the loop is odd or not
sum = sum + i; %This command sums each odd value in the loop
end
end
(d)
seq = input('Please enter a few numbers with square brackets [] around them: ');
small = seq(1); %Initialize small
large = seq(1); % Initialize large
for i = 1:length(seq) %Iterate over the sequence
if seq(i) < small
small = seq(i); %Decide if the value in the loop is smallest
elseif seq(i) > large
large = seq(i); %Decide if the value in the loop is largest
end
end
fprintf('The smallest of the inputs is %g,\nThe largest of the inputs is %g.\n',small,large);
On the insert tab
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During threat evaluation - A vulnerability assessment is done to gauge the impact expected from a successful attack and also how vulnerable the software is to an attack. An attack tree, when created during the threat evaluation phase allows one to analyze and describe possible attacks that can be realized on the system.