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Derivatives Robert Maˇ ık created using AcroT E X Start Full Screen Close Home Mendel University Brno Derivatives – the chain rule Robert Maˇ ık You will differentiate composite functions. Full screen button or CTRL+L switshes between window and Full Screen mode. Start button gives you a random problem. Hint button shows you a hint. Solution button shows you a solution. Next question button shows another random problem. Home button moves here. c 2006 [email protected] Last Revision Date: September 28, 2006 Version 1.0
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Page 1: Derivatives -- the chain ruleuser.mendelu.cz/marik/cards/chain-rule.pdfivatives ık croT E X Start Full Screen Close Home Mendel University Brno Derivatives – the chain rule Robert

Derivatives

Robert

Marık

createdusin

gA

croTE X

Start

Full Screen

Close

Home

Mendel University Brno

Derivatives – the chain rule

Robert Marık

You will differentiate composite functions.

• Full screen button or CTRL+L switshes between window and FullScreen mode.

• Start button gives you a random problem.

• Hint button shows you a hint.

• Solution button shows you a solution.

• Next question button shows another random problem.

• Home button moves here.

c© 2006 [email protected] Revision Date: September 28, 2006 Version 1.0

Page 2: Derivatives -- the chain ruleuser.mendelu.cz/marik/cards/chain-rule.pdfivatives ık croT E X Start Full Screen Close Home Mendel University Brno Derivatives – the chain rule Robert

Derivatives

Robert

Marık

createdusin

gA

croTE X

Hint

Solution

Next question

Home

Question

Find y′ for y = (3x − 1)6.

Page 3: Derivatives -- the chain ruleuser.mendelu.cz/marik/cards/chain-rule.pdfivatives ık croT E X Start Full Screen Close Home Mendel University Brno Derivatives – the chain rule Robert

Derivatives

Robert

Marık

createdusin

gA

croTE X

Hint

Solution

Next question

Home

Question

Find y′ for y = e−x.

Page 4: Derivatives -- the chain ruleuser.mendelu.cz/marik/cards/chain-rule.pdfivatives ık croT E X Start Full Screen Close Home Mendel University Brno Derivatives – the chain rule Robert

Derivatives

Robert

Marık

createdusin

gA

croTE X

Hint

Solution

Next question

Home

Question

Find y′ for y = e1−x2

.

Page 5: Derivatives -- the chain ruleuser.mendelu.cz/marik/cards/chain-rule.pdfivatives ık croT E X Start Full Screen Close Home Mendel University Brno Derivatives – the chain rule Robert

Derivatives

Robert

Marık

createdusin

gA

croTE X

Hint

Solution

Next question

Home

Question

Find y′ for y = e4x−1.

Page 6: Derivatives -- the chain ruleuser.mendelu.cz/marik/cards/chain-rule.pdfivatives ık croT E X Start Full Screen Close Home Mendel University Brno Derivatives – the chain rule Robert

Derivatives

Robert

Marık

createdusin

gA

croTE X

Hint

Solution

Next question

Home

Question

Find y′ for y = ln(1 − x).

Page 7: Derivatives -- the chain ruleuser.mendelu.cz/marik/cards/chain-rule.pdfivatives ık croT E X Start Full Screen Close Home Mendel University Brno Derivatives – the chain rule Robert

Derivatives

Robert

Marık

createdusin

gA

croTE X

Hint

Solution

Next question

Home

Question

Find y′ for y = (x + 3)−3.

Page 8: Derivatives -- the chain ruleuser.mendelu.cz/marik/cards/chain-rule.pdfivatives ık croT E X Start Full Screen Close Home Mendel University Brno Derivatives – the chain rule Robert

Derivatives

Robert

Marık

createdusin

gA

croTE X

Hint

Solution

Next question

Home

Question

Find y′ for y = ln(sin x).

Page 9: Derivatives -- the chain ruleuser.mendelu.cz/marik/cards/chain-rule.pdfivatives ık croT E X Start Full Screen Close Home Mendel University Brno Derivatives – the chain rule Robert

Derivatives

Robert

Marık

createdusin

gA

croTE X

Hint

Solution

Next question

Home

Question

Find y′ for y = sin(2x).

Page 10: Derivatives -- the chain ruleuser.mendelu.cz/marik/cards/chain-rule.pdfivatives ık croT E X Start Full Screen Close Home Mendel University Brno Derivatives – the chain rule Robert

Derivatives

Robert

Marık

createdusin

gA

croTE X

Hint

Solution

Next question

Home

Question

Find y′ for y = sin2 x.

Page 11: Derivatives -- the chain ruleuser.mendelu.cz/marik/cards/chain-rule.pdfivatives ık croT E X Start Full Screen Close Home Mendel University Brno Derivatives – the chain rule Robert

Derivatives

Robert

Marık

createdusin

gA

croTE X

Hint

Solution

Next question

Home

Question

Find y′ for y = cos3(2x).

Page 12: Derivatives -- the chain ruleuser.mendelu.cz/marik/cards/chain-rule.pdfivatives ık croT E X Start Full Screen Close Home Mendel University Brno Derivatives – the chain rule Robert

Derivatives

Robert

Marık

createdusin

gA

croTE X

Hint

Solution

Next question

Home

Question

Find y′ for y = sin(ex).

Page 13: Derivatives -- the chain ruleuser.mendelu.cz/marik/cards/chain-rule.pdfivatives ık croT E X Start Full Screen Close Home Mendel University Brno Derivatives – the chain rule Robert

Derivatives

Robert

Marık

createdusin

gA

croTE X

Hint

Solution

Next question

Home

Question

Find y′ for y = sin(ln x).

Page 14: Derivatives -- the chain ruleuser.mendelu.cz/marik/cards/chain-rule.pdfivatives ık croT E X Start Full Screen Close Home Mendel University Brno Derivatives – the chain rule Robert

Derivatives

Robert

Marık

createdusin

gA

croTE X

Hint

Solution

Next question

Home

Question

Find y′ for y = arctg(x2).

Page 15: Derivatives -- the chain ruleuser.mendelu.cz/marik/cards/chain-rule.pdfivatives ık croT E X Start Full Screen Close Home Mendel University Brno Derivatives – the chain rule Robert

Derivatives

Robert

Marık

createdusin

gA

croTE X

Hint

Solution

Next question

Home

Question

Find y′ for y = arctg1

x.

Page 16: Derivatives -- the chain ruleuser.mendelu.cz/marik/cards/chain-rule.pdfivatives ık croT E X Start Full Screen Close Home Mendel University Brno Derivatives – the chain rule Robert

Derivatives

Robert

Marık

createdusin

gA

croTE X

Hint

Solution

Next question

Home

Question

Find y′ for y = ln(x2 − 1).

Page 17: Derivatives -- the chain ruleuser.mendelu.cz/marik/cards/chain-rule.pdfivatives ık croT E X Start Full Screen Close Home Mendel University Brno Derivatives – the chain rule Robert

Derivatives

Robert

Marık

createdusin

gA

croTE X

Hint

Solution

Next question

Home

Question

Find y′ for y = arcsin√

x.

Page 18: Derivatives -- the chain ruleuser.mendelu.cz/marik/cards/chain-rule.pdfivatives ık croT E X Start Full Screen Close Home Mendel University Brno Derivatives – the chain rule Robert

Derivatives

Robert

Marık

createdusin

gA

croTE X

Hint

Solution

Next question

Home

Question

Find y′ for y = arctg√

x.

Page 19: Derivatives -- the chain ruleuser.mendelu.cz/marik/cards/chain-rule.pdfivatives ık croT E X Start Full Screen Close Home Mendel University Brno Derivatives – the chain rule Robert

Derivatives

Robert

Marık

createdusin

gA

croTE X

Hint

Solution

Next question

Home

Question

Find y′ for y = arctg x2.

Page 20: Derivatives -- the chain ruleuser.mendelu.cz/marik/cards/chain-rule.pdfivatives ık croT E X Start Full Screen Close Home Mendel University Brno Derivatives – the chain rule Robert

Derivatives

Robert

Marık

createdusin

gA

croTE X

Hint

Solution

Next question

Home

Question

Find y′ for y = arctg2 x.

Page 21: Derivatives -- the chain ruleuser.mendelu.cz/marik/cards/chain-rule.pdfivatives ık croT E X Start Full Screen Close Home Mendel University Brno Derivatives – the chain rule Robert

Derivatives

Robert

Marık

createdusin

gA

croTE X

Hint

Solution

Next question

Home

Question

Find y′ for y = tg 3x.

Page 22: Derivatives -- the chain ruleuser.mendelu.cz/marik/cards/chain-rule.pdfivatives ık croT E X Start Full Screen Close Home Mendel University Brno Derivatives – the chain rule Robert

Derivatives

Robert

Marık

createdusin

gA

croTE X

Hint

Solution

Next question

Home

Question

Find y′ for y = tg ln x.

Page 23: Derivatives -- the chain ruleuser.mendelu.cz/marik/cards/chain-rule.pdfivatives ık croT E X Start Full Screen Close Home Mendel University Brno Derivatives – the chain rule Robert

Derivatives

Robert

Marık

createdusin

gA

croTE X

Hint

Solution

Next question

Home

Question

Find y′ for y = tg3 x.

Page 24: Derivatives -- the chain ruleuser.mendelu.cz/marik/cards/chain-rule.pdfivatives ık croT E X Start Full Screen Close Home Mendel University Brno Derivatives – the chain rule Robert

Derivatives

Robert

Marık

createdusin

gA

croTE X

Hint

Solution

Next question

Home

Answer

y′ =((3x − 1)6)′ = 18(3x − 1)5

Page 25: Derivatives -- the chain ruleuser.mendelu.cz/marik/cards/chain-rule.pdfivatives ık croT E X Start Full Screen Close Home Mendel University Brno Derivatives – the chain rule Robert

Derivatives

Robert

Marık

createdusin

gA

croTE X

Hint

Solution

Next question

Home

Answer

y′ =(e−x

)′= −e−x

Page 26: Derivatives -- the chain ruleuser.mendelu.cz/marik/cards/chain-rule.pdfivatives ık croT E X Start Full Screen Close Home Mendel University Brno Derivatives – the chain rule Robert

Derivatives

Robert

Marık

createdusin

gA

croTE X

Hint

Solution

Next question

Home

Answer

y′ =(e1−x2

)′= −2xe1−x2

Page 27: Derivatives -- the chain ruleuser.mendelu.cz/marik/cards/chain-rule.pdfivatives ık croT E X Start Full Screen Close Home Mendel University Brno Derivatives – the chain rule Robert

Derivatives

Robert

Marık

createdusin

gA

croTE X

Hint

Solution

Next question

Home

Answer

y′ =(e4x−1)′ = 4e4x−1

Page 28: Derivatives -- the chain ruleuser.mendelu.cz/marik/cards/chain-rule.pdfivatives ık croT E X Start Full Screen Close Home Mendel University Brno Derivatives – the chain rule Robert

Derivatives

Robert

Marık

createdusin

gA

croTE X

Hint

Solution

Next question

Home

Answer

y′ = (ln(1 − x))′ = − 1

1 − x

Page 29: Derivatives -- the chain ruleuser.mendelu.cz/marik/cards/chain-rule.pdfivatives ık croT E X Start Full Screen Close Home Mendel University Brno Derivatives – the chain rule Robert

Derivatives

Robert

Marık

createdusin

gA

croTE X

Hint

Solution

Next question

Home

Answer

y′ =((x + 3)−3)′ = −3(x + 3)−4

Page 30: Derivatives -- the chain ruleuser.mendelu.cz/marik/cards/chain-rule.pdfivatives ık croT E X Start Full Screen Close Home Mendel University Brno Derivatives – the chain rule Robert

Derivatives

Robert

Marık

createdusin

gA

croTE X

Hint

Solution

Next question

Home

Answer

y′ = (ln(sin x))′ =cos x

sin x

Page 31: Derivatives -- the chain ruleuser.mendelu.cz/marik/cards/chain-rule.pdfivatives ık croT E X Start Full Screen Close Home Mendel University Brno Derivatives – the chain rule Robert

Derivatives

Robert

Marık

createdusin

gA

croTE X

Hint

Solution

Next question

Home

Answer

y′ = (sin(2x))′ = 2 cos(2x)

Page 32: Derivatives -- the chain ruleuser.mendelu.cz/marik/cards/chain-rule.pdfivatives ık croT E X Start Full Screen Close Home Mendel University Brno Derivatives – the chain rule Robert

Derivatives

Robert

Marık

createdusin

gA

croTE X

Hint

Solution

Next question

Home

Answer

y′ =(sin2 x

)′= 2 sin x cos x

Page 33: Derivatives -- the chain ruleuser.mendelu.cz/marik/cards/chain-rule.pdfivatives ık croT E X Start Full Screen Close Home Mendel University Brno Derivatives – the chain rule Robert

Derivatives

Robert

Marık

createdusin

gA

croTE X

Hint

Solution

Next question

Home

Answer

y′ =(cos3(2x)

)′= −6 cos2(2x) sin(2x)

Page 34: Derivatives -- the chain ruleuser.mendelu.cz/marik/cards/chain-rule.pdfivatives ık croT E X Start Full Screen Close Home Mendel University Brno Derivatives – the chain rule Robert

Derivatives

Robert

Marık

createdusin

gA

croTE X

Hint

Solution

Next question

Home

Answer

y′ = (sin(ex))′ = ex cos(ex)

Page 35: Derivatives -- the chain ruleuser.mendelu.cz/marik/cards/chain-rule.pdfivatives ık croT E X Start Full Screen Close Home Mendel University Brno Derivatives – the chain rule Robert

Derivatives

Robert

Marık

createdusin

gA

croTE X

Hint

Solution

Next question

Home

Answer

y′ = (sin(ln x))′ =cos(ln x)

x

Page 36: Derivatives -- the chain ruleuser.mendelu.cz/marik/cards/chain-rule.pdfivatives ık croT E X Start Full Screen Close Home Mendel University Brno Derivatives – the chain rule Robert

Derivatives

Robert

Marık

createdusin

gA

croTE X

Hint

Solution

Next question

Home

Answer

y′ =(arctg(x2)

)′=

2x

1 + x4

Page 37: Derivatives -- the chain ruleuser.mendelu.cz/marik/cards/chain-rule.pdfivatives ık croT E X Start Full Screen Close Home Mendel University Brno Derivatives – the chain rule Robert

Derivatives

Robert

Marık

createdusin

gA

croTE X

Hint

Solution

Next question

Home

Answer

y′ =

(arctg

1

x

)′=

1

1 +( 1

x

)2 ·(− 1

x2

)

Page 38: Derivatives -- the chain ruleuser.mendelu.cz/marik/cards/chain-rule.pdfivatives ık croT E X Start Full Screen Close Home Mendel University Brno Derivatives – the chain rule Robert

Derivatives

Robert

Marık

createdusin

gA

croTE X

Hint

Solution

Next question

Home

Answer

y′ =(ln(x2 − 1)

)′=

2x

x2 − 1

Page 39: Derivatives -- the chain ruleuser.mendelu.cz/marik/cards/chain-rule.pdfivatives ık croT E X Start Full Screen Close Home Mendel University Brno Derivatives – the chain rule Robert

Derivatives

Robert

Marık

createdusin

gA

croTE X

Hint

Solution

Next question

Home

Answer

y′ =(arcsin

√x)′

=1√

1 − x

1

2

1√x

Page 40: Derivatives -- the chain ruleuser.mendelu.cz/marik/cards/chain-rule.pdfivatives ık croT E X Start Full Screen Close Home Mendel University Brno Derivatives – the chain rule Robert

Derivatives

Robert

Marık

createdusin

gA

croTE X

Hint

Solution

Next question

Home

Answer

y′ =(arctg

√x)′

=1

1 + x

1

2

1√x

Page 41: Derivatives -- the chain ruleuser.mendelu.cz/marik/cards/chain-rule.pdfivatives ık croT E X Start Full Screen Close Home Mendel University Brno Derivatives – the chain rule Robert

Derivatives

Robert

Marık

createdusin

gA

croTE X

Hint

Solution

Next question

Home

Answer

y′ =(arctg x2)′ =

1

1 + x42x

Page 42: Derivatives -- the chain ruleuser.mendelu.cz/marik/cards/chain-rule.pdfivatives ık croT E X Start Full Screen Close Home Mendel University Brno Derivatives – the chain rule Robert

Derivatives

Robert

Marık

createdusin

gA

croTE X

Hint

Solution

Next question

Home

Answer

y′ =(arctg2 x

)′= 2

arctg x

1 + x2

Page 43: Derivatives -- the chain ruleuser.mendelu.cz/marik/cards/chain-rule.pdfivatives ık croT E X Start Full Screen Close Home Mendel University Brno Derivatives – the chain rule Robert

Derivatives

Robert

Marık

createdusin

gA

croTE X

Hint

Solution

Next question

Home

Answer

y′ = (tg 3x)′ =3

cos2 3x

Page 44: Derivatives -- the chain ruleuser.mendelu.cz/marik/cards/chain-rule.pdfivatives ık croT E X Start Full Screen Close Home Mendel University Brno Derivatives – the chain rule Robert

Derivatives

Robert

Marık

createdusin

gA

croTE X

Hint

Solution

Next question

Home

Answer

y′ = (tg ln x)′ =1

x cos2 ln x

Page 45: Derivatives -- the chain ruleuser.mendelu.cz/marik/cards/chain-rule.pdfivatives ık croT E X Start Full Screen Close Home Mendel University Brno Derivatives – the chain rule Robert

Derivatives

Robert

Marık

createdusin

gA

croTE X

Hint

Solution

Next question

Home

Answer

y′ =(tg3 x

)′= 3 tg2 x

1

cos2 x


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