Let P(n) be "a postage of n cents can be formed using 5-cent and 17-cent stamps if n is greater than 63".Basis step: P(64) is true since 64 cents postage can be formed with one 5-cent and one 17-cent stamp.Inductive step: Assume that P(n) is true, that is, postage of n cents can be formed using 5-cent and 17-cent stamps. We will show how to form postage of n + 1 cents. By the inductive hypothesis postage of n cents can be formed using 5-cent and 17-cent stamps. If this included a 17-cent stamp, replace this 17-cent stamp with two 5-cent stamps to obtain n + 1 cents postage. Otherwise, only 5-cent stamps were used and n 65. Hence there are at least three 5-cent stamps forming n cents. Remove three of these 5-cent stamps and replace them with two 17-cent stamps to obtain n + 1 cents postage.Hence P(n + 1) is true.
Answer:
Open and click rates
Explanation:
Open and click rates are measuring units of how well your campaigns perform.
To debug a code, means that we locate and fix the errors in a code.
The issue with your code is that:
<em>You did not convert num_owls_A and num_owls_B to integers, when adding them together.</em>
The fix to this is that:
<em>You need to convert num_owls_A and num_owls_B to integers, when adding them together.</em>
The fix is as follows:
<em>total_owls = int(num_owls_A) + int(num_owls_B)</em>
The updated code is as follows:
<em>total_owls = 0
</em>
<em>num_owls_A = input()
</em>
<em>num_owls_B = input()
</em>
<em>total_owls = int(num_owls_A) + int(num_owls_B)
</em>
<em>print('Number of owls:', total_owls)</em>
<em />
<em>The above code will perform addition operations for all inputs</em>
Read more about Python programs at:
brainly.com/question/13246781
Answer:
Quantizing error
Explanation:
In digitisation of analog signal refers to the rounding off of values which are approximately equal to the analog signals. The method of sampling chooses a few point on the analog signal and then these points are joined to round off the value to a near stabilised value. such process is known as Quantization. For any system, during its functioning, there is always a difference in the values of its input and output. The processing of the system results in an error, which is the difference of those values.
The difference between an input value and its quantized value is called a Quantization Error. A Quantizer is a logarithmic function that performs Quantization rounding off the value. An analog-to-digital converter (ADC) works as a quantizer.
Answer:
Vertical exchanges are typically used only to buy and sell materials required for an organization's support activities- False
