Select the correct answerThe function pow(c,d,t) is evaluated as:Options(c**d)**t(c**d) % t(c**d)*t(c**d) / t
Question
Select the correct answer
The function pow(c,d,t) is evaluated as:
Options:
(c**d)**t(c**d) % t(c**d)*t(c**d) / t
Solution
To determine the correct interpretation of the function pow(c, d, t), we need to analyze the standard definition of the pow function in programming languages such as Python.
Breakdown of the Problem
- Understand the
powfunction. - Evaluate how it applies to the form given:
pow(c, d, t).
Relevant Concepts
The pow function typically follows this syntax:
pow(base, exponent[, modulus])Where:baseis the number to be raised to the power ofexponent.exponentis the power to which the base is raised.modulusis optional, and if provided, the result is taken modulo this number.
Analysis and Detail
Evaluating pow(c, d, t) can be expressed as:
- When modulus is not considered:
c**d - When modulus is applied:
(c**d) % t
The key distinction is that when the third parameter (t) is provided, the function computes (c**d) % t as opposed to just c**d. Therefore, pow(c, d, t) computes the value of c raised to the power d, and then takes that result modulo t.
Verify and Summarize
Based on the syntax of the pow function, the correct interpretation of pow(c, d, t) is:
c**d % t
Final Answer
The correct answer is: (cd) % t**
Similar Questions
Select the correct answerWhich of the following operators is the correct option for power(ct)?Optionsc**tc ^ tc ^ ^ tc ^ * t
Select the correct answerWhat is the output of the following code snippet?printf("%d", sizeof(double));Options8416Compiler-dependent
Select the correct answerWhich of the following is an invalid statement?Optionsc,o,d = 2000, 3000, 4000c o d = 2000 3000 4000cod = 2,000,000c_o_d = 2,000,000
Select the correct answerIn C, what is the result of the expression sizeof(float)?Options284Compiler-dependent
Select the correct answerWhat is the result of the expression 8 % 3 in C?Options2302.666
Upgrade your grade with Knowee
Get personalized homework help. Review tough concepts in more detail, or go deeper into your topic by exploring other relevant questions.