1) Function 1: multiply_terms(a, b, c)
This function takes in three numbers (a, b, and c) and returns their product.
Function 2: multiply_func(func, x)
This function takes in a function and a number (func and x, respectively), and returns the result of evaluating the function at x.
For example:
```
def multiply_terms(a, b, c):
return a * b * c
def multiply_func(func, x):
return func(x)
```
2) Suppose the student's function is `func(x) = 2x^2 - 3x + 1`. We can call the `multiply_func` function to evaluate this function at a given value of x. Let's say we want to evaluate it at x = 2, the code would be:
```
result = multiply_func(func, 2)
print(result) # Output: 5
```
The result would be 5.
3) Feedback for the student who solved our function:
We can provide feedback by comparing the result of the student's multiplication with the actual multiplication result. Let's say the actual multiplication result for `multiply_terms(2, 3, 4)` is 24. We can compare it with the student's result and provide feedback accordingly.
```python
def compare_results(student_result, actual_result):
if student_result == actual_result:
return "Great job! Your multiplication is correct."
else:
return f"Oops! Your multiplication is incorrect. The actual result is {actual_result}."
actual_result = multiply_terms(2, 3, 4)
feedback = compare_results(student_result, actual_result)
print(feedback)
```
Based on the feedback, the student can determine if they solved the function correctly or if there was an error in their multiplication.
Create and Solve
1) Create two functions for another student to multiply. Limit to 3 terms. 2) Muliply another students function 3) Provide feedback to the student who solved your function.
1 answer
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