Exercise · ZW-BASIC-DIFFERENTIATION-RULES-007 · ★★☆ Intermediate
Differentiate \(g(t)=\pi^{2}+6 t^{2}\).
Choose one option.
Show answer
- D. \(12 t\)
Explanation
The constant \(\pi^{2}\) has derivative \(0\), and \((6t^{2})'=12t\), so the result is \(12t\).
Review the concept: Basic differentiation rules
The derivative of a constant is \(0\) and that of \(x^n\) is \(n\,x^{n-1}\). The derivative is also linear: the derivative of a sum is the sum of the derivatives and constants factor out.
\[\begin{gathered}\frac{d}{dx}x^{n}=nx^{n-1}\\ (cf+g)'=cf'+g'\end{gathered}\]
More practice problems: basic differentiation rules
- ZW-BASIC-DIFFERENTIATION-RULES-001 Differentiate f(x)=5 x^4 - 3 x^2 + 7 x - 2.
- ZW-BASIC-DIFFERENTIATION-RULES-002 Differentiate f(x)=4 x^3 + 2 x - 9.
- ZW-BASIC-DIFFERENTIATION-RULES-003 Differentiate f(x)=x^5 - 3 x^2 + 7.
- ZW-BASIC-DIFFERENTIATION-RULES-004 Differentiate f(x)=3 √x + (1)/(x^2).
- ZW-BASIC-DIFFERENTIATION-RULES-005 Differentiate f(x)=x^6.
- ZW-BASIC-DIFFERENTIATION-RULES-006 Differentiate f(x)=(7)/(x^3).
- ZW-BASIC-DIFFERENTIATION-RULES-008 Differentiate h(x)=√[3]x^2+(4)/(x).
- ZW-BASIC-DIFFERENTIATION-RULES-009 Differentiate f(x)=-8.
← ZW-BASIC-DIFFERENTIATION-RULES-006 ZW-BASIC-DIFFERENTIATION-RULES-008 →