null
US
Sign In
Sign Up for Free
Sign Up
We have detected that Javascript is not enabled in your browser. The dynamic nature of our site means that Javascript must be enabled to function properly. Please read our
terms and conditions
for more information.
Next up
Copy and Edit
You need to log in to complete this action!
Register for Free
957561
DERIVADAS CON FÓRMULA
Description
Quiz on DERIVADAS CON FÓRMULA, created by GUADALUPE CASTRO on 31/05/2014.
Quiz by
GUADALUPE CASTRO
, updated more than 1 year ago
More
Less
Created by
GUADALUPE CASTRO
about 10 years ago
433
0
0
Resource summary
Question 1
Question
La derivada de la función \(x^4+5x^5-4x+2\)es
Answer
\(-4+4 x^3+25 x^4\)
\(-4+4 x+25 x\)
\(-4+ x^3+x^4\)
Question 2
Question
La derivada de la función \(\sqrt{x}+\sqrt[4]{x}-\sqrt[5]{x^3}\) es:
Answer
\(\frac{1}{4 x^{1/4}}+\frac{1}{5 \sqrt{x}}-\frac{3 x^3}{6 \left(x^3\right)^{4/5}}\)
\(\frac{1}{4 x^{3/4}}+\frac{1}{2 \sqrt{x}}-\frac{3 x^2}{5 \left(x^3\right)^{4/5}}\)
\(\frac{1}{4 x^{3/4}}+\frac{1}{2 \sqrt{x}}-\frac{3 x^4}{-7 \left(x^6\right)^{3/2}}\)
Question 3
Question
La derivada de la función \(\left(x^2+3x\right)\text{Sin}[x]\) es:
Answer
\(\left(3 x+x^2\right)\text{Sin}[x] +(3+2 x) \text{Cos}[x]\)
\((2 x+3) \text{Cos}[x]\)
\(\left(3 x+x^2\right) \text{Cos}[x]+(3+2 x) \text{Sin}[x]\)
Question 4
Question
La derivada de la función \(\frac{e^x+1}{x}\) es:
Answer
\(\frac{-1-e^x+e^x x}{x^2}\)
\(\frac{e^x}{1}\)
\(\frac{\left(e^x+1\right)+(x)e^x}{x^2}\)
Question 5
Question
La derivada de la función \(5\text{ArcSin}\left[x^4\right]\) es
Answer
\(\frac{20 x^3}{\sqrt{1-x^8}}\)
\(\frac{x^4}{\sqrt{1-x^2}}\)
\(\frac{3x^4}{\sqrt{x^4-1}}\)
Question 6
Question
La derivada de la función\((x \text{Cos}[x])^3\) es:
Answer
\(3 (-x \text{Sin}[x]+\text{Cos}[x])^2\)
\(3 (x \text{Cos}[x])^2 (-x \text{Sin}[x]+\text{Cos}[x])\)
\(3 (x \text{Cos}[x])^2\)
Question 7
Question
La derivada de la función \(\text{Ln}(\text{ArcSin} x)\) es:
Answer
\(\frac{1}{\text{ArcSin} x \sqrt{1-x^2} }\)
\(\frac{1}{\text{ArcSin} x\text{ }}\)
\(\frac{1}{x }.\frac{1}{\sqrt{1-x^2}}\)
Question 8
Question
La derivada de la función \(\text{ArcSec}\left[10^x\right]\)
Answer
\(\frac{10^x \text{Ln}[10]}{x\sqrt{x^2-1}}\)
\(\frac{10^x }{10^x\sqrt{\left(10^{ x}\right)^2-1}}\)
\(\frac{10^x \text{Ln}[10]}{10^x\sqrt{\left(10^{ x}\right)^2-1}}\)
Question 9
Question
La derivada de la función \(\text{Cos}[4x]+\text{Sin}\left[3x^3\right]-\text{Sec}\left[e^x\right]\) es:
Answer
\(\text{Cos}\left[3 x^3\right]-\text{Sin}[4 x]-\text{Sec}\left[e^x\right] \text{Tan}\left[e^x\right]\)
\(\text{Cos}\left[9 x^2 \right]- \text{Sin}[4]-\text{Sec}\left[e^x\right] \text{Tan}\left[e^x\right]\)
\(9 x^2 \text{Cos}\left[3 x^3\right]-4 \text{Sin}[4 x]-e^x \text{Sec}\left[e^x\right] \text{Tan}\left[e^x\right]\)
Question 10
Question
La derivada de la función \(\text{Cot}\left[e^{x^2+x}\right]\) es:
Answer
\(-\text{Csc}^2\left[e^{x+x^2}\right]e^{x+x^2} (1+2 x) \)
\(-\text{Csc}^2\left[e^{x+x^2}\right]\)
\(-\text{Csc}^2\left[e^{x+x^2} (1+2 x)\right] \)
Question 11
Question
La derivada de la función \(\sqrt[5]{(3x+5\text{Cos}[x])^6}\) es:
Answer
\(\frac{6}{5} (3 x+5 \text{Cos}[x])^{\frac{1}{5}} (3-5 \text{Sin}[x])\)
\(\frac{6}{5} (3 x+5 \text{Cos}[x])^{\frac{1}{5}}\)
\(\frac{6}{5} (3-5 \text{Sin}[x])^{\frac{1}{5}}\)
Question 12
Question
Las formulas que se utilizan para derivar la función \(y=\frac{e^x\text{Lnx}}{\text{Cos}[x]}\)son:
Answer
\(d[u v]=u \text{v$\acute{ }$}+ v \text{u$\acute{ }$}\)
\(d\left[\frac{u}{v}\right]=\frac{v \text{u$\acute{ }$}- u \text{v$\acute{ }$}}{v^2}\)
\(d[u \pm v]=\text{u$\acute{ }$}\pm \text{v$\acute{ }$}\)
\(d[u(v)]=\text{u$\acute{ }$}(v) \text{v$\acute{ }$}\)
\(d[k u]=k \text{u$\acute{ }$}\)
Question 13
Question
Las fórmulas que se utilizan para derivar la función \(y=\frac{\text{Tan}(\text{Arc} \text{Cos} x)}{x^2}\) son:
Answer
\(d[u v]=u \text{v$\acute{ }$}+ v \text{u$\acute{ }$}\)
\(d\left[\frac{u}{v}\right]=\frac{v \text{u$\acute{ }$}- u \text{v$\acute{ }$}}{v^2}\)
\(d[u \pm v]=\text{u$\acute{ }$}\pm \text{v$\acute{ }$}\)
\(d[u(v)]=\text{u$\acute{ }$}(v) \text{v$\acute{ }$}\)
\(d[k u]=k \text{u$\acute{ }$}\)
Question 14
Question
Las fórmulas que se utilizan para derivar la función \(y=\text{Sen}(\text{Lnx}+\text{ArcSecx})\) son:
Answer
\(d[u v]=u \text{v$\acute{ }$}+ v \text{u$\acute{ }$}\)
\(d\left[\frac{u}{v}\right]=\frac{v \text{u$\acute{ }$}- u \text{v$\acute{ }$}}{v^2}\)
\(d[u \pm v]=\text{u$\acute{ }$}\pm \text{v$\acute{ }$}\)
\(d[u(v)]=\text{u$\acute{ }$}(v) \text{v$\acute{ }$}\)
\(d[k u]=k \text{u$\acute{ }$}\)
Show full summary
Hide full summary
Want to create your own
Quizzes
for
free
with GoConqr?
Learn more
.
Similar
A-level Sociology Quiz
Chuck Amobi
GCSE Revision: Christianity
Andrea Leyden
Biology 2b - Enzymes and Genetics
Evangeline Taylor
Principles of basic electrical circuits
Vito Martino
HISTOGRAMS
Elliot O'Leary
AQA Physics P1 Quiz
Bella Statham
Unit 3 Business Studies
Lauren Thrower
The Digestive system
Elena Cade
CHARACTERS IN OF MICE AND MEN
jessicasusanevans
Music Therapy - CBMT practice exam #2
Jessica H.
Core 1.4 Developments in Modern and Smart Materials
T Andrews
Browse Library