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Champ Jee
Subject: Maths
, asked on 19/6/18
Q9.
Ans key: option A,C.
Answer
1
Champ Jee
Subject: Maths
, asked on 11/6/18
Couldn't understand the link which expert gave.
Please explain more.
Q11. If x = at
2
, y = 2at, then
d
2
y
d
x
2
=
a
-
1
t
2
b
1
2
at
3
c
-
1
t
3
d
-
1
2
at
3
Answer
1
Champ Jee
Subject: Maths
, asked on 11/6/18
If
x
=
a
t
2
,
y
=
2
a
t
,
then
d
2
y
d
x
2
=
(a)
-
1
t
2
(b)
1
2
a
t
3
(c)
1
t
3
(d)
1
2
a
t
3
Answer
1
Champ Jee
Subject: Maths
, asked on 11/6/18
Q9.
Why can't I first substitute x=0 in this question and do the differentiation!?
Explain the concept please
Q.9. If
y
=
x
2
-
x
then find
d
y
d
x
at x = 0.
Answer
2
Aryan Balpande
Subject: Maths
, asked on 30/5/18
Solve all plssss I am posting it 2 time
Answer
4
Shubham Gupta
Subject: Maths
, asked on 21/3/18
Solve this:
Answer
1
Aayushi
Subject: Maths
, asked on 1/1/18
Find the derivative of tan^-1 (sec x -tan x)^2
Answer
1
Anushka .
Subject: Maths
, asked on 6/10/17
Solve this:
Q.3. If velocity of a particle is given by v = (2t + 3) m/s, then average velocity in interval
0
≤
t
≤
1
s
is :
(1)
7
2
m/s
(2)
9
2
m/s
(3) 4 m/s
(4) 5 m/s
Answer
2
Param
Subject: Maths
, asked on 1/3/17
Pls solve??
Answer
1
Reminjavad
Subject: Maths
, asked on 12/12/16
find the derivation of [cos x + 1+sinx] using quatient rule
Answer
1
Aishwarya
Subject: Maths
, asked on 2/12/16
x
4
by 1 st principle
Answer
1
Aishwarya
Subject: Maths
, asked on 2/12/16
3x
2
+4 by using 1st principle
Answer
4
Aishwarya
Subject: Maths
, asked on 27/11/16
find the derivative by 1st principle xroot x
Answer
2
Mehul Panchal
Subject: Maths
, asked on 25/11/16
How to solve this function plezz explain ?
Answer
1
Khushboo Ranawat
Subject: Maths
, asked on 8/3/16
3x
2
+4 by first principle
Answer
1
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What are you looking for?
Ans key: option A,C.
Please explain more.
Q11. If x = at2, y = 2at, then =
(a) (b) (c) (d)
Why can't I first substitute x=0 in this question and do the differentiation!?
Explain the concept please
Q.9. If then find at x = 0.
Q.3. If velocity of a particle is given by v = (2t + 3) m/s, then average velocity in interval is :
(1) m/s
(2) m/s
(3) 4 m/s
(4) 5 m/s