Math Problem Statement
but now you're on board the spaceship #218811928, and the captain is asking to solve tricky "ZP" (Z Planet) problem (you know what it means when captain is "asking"... that's an order):
(!!! Do Not use decimals/calculator. Present fractions in an exact format, for example, 7910779107 , 2292422924)
Now, find the slope of the tangent line to the curve
at the point (3,2)
!!! The challenge is that the easiest differentiation rule on Earth, , on Z planet is "twisted" as the following:
(ddxconst=0ddxconst=0 , and the other rules have not been changed).
Solution
We are tasked with finding the slope of the tangent line to the curve given by:
at the point , under a modified differentiation rule on Z Planet. The differentiation rule on Z Planet states:
This differs from the usual Earth rule where .
Step 1: Differentiate implicitly
We need to apply implicit differentiation to the given equation , using the Z Planet rule for differentiating terms involving .
Differentiating each term with respect to :
-
First term:
- Using the Z Planet rule for differentiating , we get:
-
Second term:
- For the product , we use the product rule: Here, , so this becomes:
-
Third term:
- Since this term only involves , we differentiate it using the chain rule:
-
Constant term:
- The derivative of a constant is 0:
Step 2: Combine the results
Now, we put everything together. The differentiated equation becomes:
Simplifying this:
Step 3: Solve for
Rearrange the equation to solve for :
Factor out :
Solve for :
Step 4: Evaluate at the point
Substitute and into the expression for :
Final Answer:
The slope of the tangent line to the curve at the point is:
Would you like further details or have any questions on this?
Relative Questions:
- How do we handle product rules under different differentiation rules?
- Why is implicit differentiation useful in cases like this?
- What are the implications of modifying basic differentiation rules like ?
- How would the solution change if we were given a different modified differentiation rule?
- What techniques are useful for solving implicit differentiation problems more generally?
Tip:
When applying modified differentiation rules, always focus on ensuring consistency in applying the rule throughout, especially in product and chain rule cases.
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Math Problem Analysis
Mathematical Concepts
Implicit Differentiation
Tangent Line
Algebraic Curves
Formulas
Z Planet differentiation rule: $$ \frac{d}{dx} x^n = n^2 x^{n-1} $$
Product Rule
Chain Rule
Theorems
Implicit Differentiation
Suitable Grade Level
Grades 11-12 or College Level
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