2. At the end of the lesson, the students are
expected to:
Illustrate the Chain Rule of
Differentiation. (STEM_BC11D-IIIh-
2)
Solve problems using the Chain Rule.
(STEM_BC11D-IIIh-2)
3.
4. Directions:
Each group will pick a question and will
discuss among themselves on how you
can solve the given activity . You will
write your answer in the cartolina and
will explain it in a “creative way” just
like rapping, role playing, etc.
7. How did you find the activity?
What difficulties have you encountered in the
activity?
What mathematical concepts did you use in solving
the given?
What conclusion can you derive from your
observation in our activity?
8. CHAIN RULE
It is a special rule,
exists for differentiating
a function of another
function, which is the
same as composite
9. y = f(g(x))
Let u = f(u)
Then y = f(u)
And
)
)(
(
dx
du
du
dy
dx
dy
10. He was a German
polymath and philosopher
born on July 1, 1646.
He occupied a
prominent place in the
history of mathematics
and philosophy having
developed “differential
and integral calculus”
independently of Isaac
11. Find the derivative of the function
Solution:
Let
3
4
)
8
3
(
x
x
y
8
3 4
x
x
u
1
12 3
x
dx
du
3
u
y
4
3
u
du
dy
13. 3
1
2
x
y
Find the derivative of
the function
Solution:
Let
)
1
2
(
x
u
2
dx
du
3
/
1
x
u
3
2
3
1
u
du
dy
)
)(
(
dx
du
du
dy
dx
dy
)
2
(
3
1 3
2
u
3 2
)
1
2
(
3
2
x
14. 6
)
4
(
1
x
y
Find the derivative of
the function
Solution:
Let
4
1 x
u
3
4x
dx
du
6
u
y
7
6
u
dx
du
)
)(
(
dx
du
du
dy
dx
dy
)
4
)(
6
( 3
7
x
u
)
4
(
)
1
(
6 3
7
4
x
x
7
4
3
)
1
(
24
x
x
15. Find the derivative of
the function
(Individual)
On ½ sheet of pad paper:
.
7
2
x
y
Answer:
1
dx
dy
(By Group)
Create your
own
equation/function
by applying the
chain rule of
differentiation.
Write the
solution in the
16.
17.
18. Go out of your way to
show compassion. It will
start a “CHAIN” reaction
and you’ll never know
how far a little kindness
can go.