role
stringclasses
2 values
content
stringlengths
0
2.1k
session_id
int64
10
21.7k
sequence_id
int64
0
2.38k
annotations
listlengths
0
8
student
how do you know x is a constant?
18,965
75
[]
volunteer
derivative with respect to y
18,965
76
[]
student
you can apply product rule to that?
18,965
77
[]
volunteer
where are you look at?
18,965
78
[]
volunteer
looking*
18,965
79
[]
student
where you took eg - f=xy and y =x^2
18,965
80
[]
student
above cos2x
18,965
81
[]
student
yes here
18,965
82
[]
volunteer
right, so when you take derivative with respect to y, x is a constant
18,965
83
[]
volunteer
eg. f=ax ==> df/dx=a
18,965
84
[]
student
yes, right
18,965
85
[]
student
but below in blue writing, you wrote df/dx
18,965
86
[]
student
yes here, dy/dx
18,965
87
[]
volunteer
right
18,965
88
[]
student
shouldn't y be constant here?
18,965
89
[]
volunteer
It because we have to consider both variables here
18,965
90
[]
student
I got it, what you were doing wrong
18,965
91
[]
student
when you got 2x^2
18,965
92
[]
volunteer
what was it?
18,965
93
[]
volunteer
where did i err
18,965
94
[]
student
Im writing on board
18,965
95
[]
volunteer
good job
18,965
96
[]
student
thanks! you got it where you mistake?
18,965
97
[]
volunteer
keep going
18,965
98
[]
volunteer
good
18,965
99
[]
student
arigato!
18,965
100
[]
student
how do we know if an alphabet is a constant?
18,965
101
[]
volunteer
so there is something called implicit differentiation
18,965
102
[]
volunteer
that is where you assume every letter is a variable
18,965
103
[]
volunteer
most of the time we only use one variable, and every other letter is a constant
18,965
104
[]
volunteer
You won't deal with implicit differentiation until multivariable calculus
18,965
105
[]
student
can you tell if i have implicit differentiation in my syllabus?
18,965
106
[]
student
It has second order derivative
18,965
107
[]
volunteer
derivative of a function with respect to another function is chain rule
18,965
108
[]
volunteer
You don't have implicit differentiation
18,965
109
[]
volunteer
We still have to go over second order derivatives and maxima and minima
18,965
110
[]
volunteer
actually scroll down to section 6
18,965
111
[]
volunteer
differential equations is where we start implicit differentiation
18,965
112
[]
volunteer
well hold on
18,965
113
[]
volunteer
I remember it from multivariable calculus, thats where we deal with 3d space xyz
18,965
114
[]
volunteer
diff eq was after multivariable
18,965
115
[]
student
ohh, three variables?
18,965
116
[]
volunteer
yes
18,965
117
[]
volunteer
x+y-z=1
18,965
118
[]
volunteer
stuff like that
18,965
119
[]
volunteer
this represents a plane
18,965
120
[]
student
oh no, that's bad!
18,965
121
[]
volunteer
I don't see anything about 3d space here
18,965
122
[]
volunteer
spheres, planes, prisms
18,965
123
[]
student
there is. another section for it
18,965
124
[]
volunteer
those are 3d shapes
18,965
125
[]
volunteer
where?
18,965
126
[]
volunteer
what section was it?
18,965
127
[]
student
section 4
18,965
128
[]
volunteer
ok
18,965
129
[]
student
I highlighted it with green
18,965
130
[]
volunteer
i see it
18,965
131
[]
volunteer
which textbook is it?
18,965
132
[]
volunteer
class 11 chapter 12
18,965
133
[]
volunteer
so chapter before derivatives
18,965
134
[]
student
oh, you asking for chapter
18,965
135
[]
student
yeah
18,965
136
[]
student
can you send me link please?
18,965
137
[]
volunteer
for the 3d space?
18,965
138
[]
volunteer
same textbook we are using
18,965
139
[]
volunteer
Calculus 201
18,965
140
[ { "pii_type": "COURSE", "surrogate": "Calculus 201", "start": 0, "end": 12 } ]
volunteer
Dr. Smith – In this section we will discuss implicit differentiation. Not every function can be explicitly written in terms of the independent variable, e.g. y = f(x) and yet we will still need to know what f'(x) is. Implicit differentiation will allow us to find the derivative in these cases. Knowing implicit differen...
18,965
141
[ { "pii_type": "PERSON", "surrogate": "Dr. Smith", "start": 0, "end": 9 } ]
student
sorry, network issue
18,965
142
[]
student
gimme a min
18,965
143
[]
student
im back!
18,965
144
[]
volunteer
btw what program, or type of school are you in to be taking these classes
18,965
145
[]
volunteer
I didn'XYZ University (multivariable, diff eq and linear algebra)
18,965
146
[ { "pii_type": "SCHOOL", "surrogate": "XYZ University", "start": 7, "end": 21 } ]
student
the exam I mentioned is basically AP Calculus, so I’ve been going over some higher-level math this summer to get ready for it
18,965
147
[]
student
and for other topics, we have 2 substitute teachers that covers those topics
18,965
148
[]
volunteer
AB or BC?
18,965
149
[]
student
bc
18,965
150
[]
volunteer
so we have gone over everything up to chain rule
18,965
151
[]
volunteer
next would be derivative of a composite function and second order derivatives
18,965
152
[]
volunteer
critical points
18,965
153
[]
student
okay, do i stop casting?
18,965
154
[]
volunteer
sure
18,965
155
[]
student
ok
18,965
156
[]
student
Im covering vector. and i read about xyz planes
18,965
157
[]
volunteer
when?
18,965
158
[]
volunteer
you are doing vector space now?
18,965
159
[]
volunteer
dot product and cross product?
18,965
160
[]
student
yes, I started like 10 days ago. I studied dot product, cross product
18,965
161
[]
student
magnitude of vector, direction of vector
18,965
162
[]
student
magnitude of vector, direction of vector
18,965
163
[]
student
unit, null, collinear vector
18,965
164
[]
volunteer
right
18,965
165
[]
volunteer
good
18,965
166
[]
student
yeah, Im studing from this textbook class 12. it has lot of things.
18,965
167
[]
volunteer
sounds like it, this is setup for physics
18,965
168
[]
volunteer
Newtonian mechanics
18,965
169
[]
volunteer
collisions, forces
18,965
170
[]
student
ohh, I see. will i be studing them later on this year?
18,965
171
[]
volunteer
depends if you are taking physics
18,965
172
[]
volunteer
I think its A and C you cover it, projectile motion
18,965
173
[]
volunteer
I think B has wave and optics
18,965
174
[]