Answer:
The answer to this question is false.
Explanation:
The S-curve is the natural curve of some object. S-curve is a line or path of the image that curves backward and onward horizontally. we can proceed vertically as much similar to the word S. It is exactly like the letter S. It is not a bad thing. So the S curve is not avoiding in the photographs.
Answer:
The answer to this question is given below in the explanation section
Explanation:
The code is written in C++ language:
// Example program
#include <iostream>
#include <string>
using namespace std;
int main()
{
double number [3];
double addition=0;
for (int i=0;i<3;i++)
{
cout<<"Enter decimal number at position " <<i+1< " ";
cin>>number[i];
addition= addition+ number[i];
}
cout<<"The addition is "<<addition;
}
Answer:
def element_loc():
is_end = 'n'
dimen2 = []
while is_end == 'n':
par1 = input("Enter rows and columns: ").split(",")
part = [int(i) for i in par1]
dimen2. append(part)
is_end = input("Do you want to add more rows? y/n: ")
mini = list()
for i in dimen2:
mini. append(min(i))
result = min(mini)
row_index = mini. index(result)
col_index = dimen2[row_index]. index(result)
print("Row: ", row_index, "Col_index: ", col_index)
element_loc()
Explanation:
The python program solution above prompts users for the two-dimensional array and then the rows of the array are compared with the minimum value stored in another list or array. The row index and the column index are gotten from the mini and dimen2 arrays respectively and are displayed as the position of the minimum value in the two-dimensional array.
<h3>Sample Response from Edge 2020:</h3>
Square all side lengths. If the longest side length squared is equal to the sum of the squares of the other two side lengths, then it is a right triangle.
Answer:
An input size of N = 128 makes the algorithm run for 14 milliseconds
Explanation:
O(log2N)
This means that the running time for an algorithm of length N is given by:
In which C is a constant.
Runs for 10 milliseconds when the input size (N) is 32.
This means that 
So
Since 
Then
Thus:
What input size makes the algorithm run for 14 milliseconds
N for which 
. So
An input size of N = 128 makes the algorithm run for 14 milliseconds
