Answer:
Following are the answer to this question:
Explanation:
In option 1:
The value of n is= 7, which is (base case)
when n=k for the true condition:
when n=k+1 it tests the value:
since k>6 hence the value is KH>3 hence proved.
In option 2:
when:
for n=1:(base case)
0<=0 \\ condition is true
when the above statement holds value n=1
when n=k
when n=k+1
In option 3:
when n=1:
when n=k
hence n=k+1 is true.
The missing segment of the code illustrates the use of functions.
Functions are also referred to as <em>procedures or methods</em>; they are set of instructions that act as one.
The code segment that complete the code in the question is as follows:
<em>def calc_pyramid_volume(length, width, height): </em>
<em> baseArea = length * width </em>
<em> Volume = baseArea * height * 1/3 </em>
<em> return Volume</em>
<em />
<em />
The first line of the code segment declares the function itself
<em>def calc_pyramid_volume(length, width, height):</em>
Then, the base area of the pyramid is calculated
<em> baseArea = length * width</em>
Then, the volume of the pyramid is calculated
<em> Volume = baseArea * height * 1/3</em>
Lastly, the volume is returned to the main method
<em> return Volume</em>
So, the complete code (without comments) is:
<em>def calc_pyramid_volume(length, width, height): </em>
<em> baseArea = length * width </em>
<em> Volume = baseArea * height * 1/3 </em>
<em> return Volume </em>
<em> </em>
<em>length = float(input()) </em>
<em>width = float(input()) </em>
<em>height = float(input()) </em>
<em>print('Volume for', length, width, height, "is:", calc_pyramid_volume(length, width, height))</em>
<em />
See attachment for the sample run
Read more about functions at:
