conversation_id
int64 1
206k
| help_channel
stringlengths 6
7
| __rowid__
stringlengths 32
32
| author_id
stringlengths 17
19
| author_name
stringlengths 6
21
| timestamp
stringlengths 19
19
| content
stringlengths 0
3.97k
| url
stringlengths 0
591
| fileName
stringlengths 0
513
| student
int64 0
1
| helper
int64 0
1
| id
stringlengths 3
19
| name
stringlengths 3
21
| nickname
stringlengths 3
21
| isBot
stringclasses 3
values | __index_level_0__
int64 0
5.45M
|
---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
205,800 |
help-1
|
56fad1cd1b3c451aa125875122ae1971
|
706934233012371577
|
Darius Clark
|
01/31/2022 12:54:17
|
The next step was to put the limits down and get an expression: ( t - 0 ) = the integral value at T - integral value at T(0)
| 0 | 1 |
457986659900719109
|
Rebekah Thomas
|
Rebekah Thomas
|
False
| 5,448,150 |
||
205,800 |
help-1
|
56fad1cd1b3c451aa125875122ae1971
|
706934233012371577
|
Darius Clark
|
01/31/2022 12:55:28
|
since ln |a| - ln |b| = ln (|a|/|b|), I was able to combine the absolute values as: ln(|a/b|)
| 0 | 1 |
nan
|
nan
|
nan
|
nan
| 5,448,151 |
||
205,800 |
help-1
|
56fad1cd1b3c451aa125875122ae1971
|
706934233012371577
|
Darius Clark
|
01/31/2022 12:56:25
|
the question asks not to isolate "T" but to determine the "t" when T tends to +infinity
| 0 | 1 |
nan
|
nan
|
nan
|
nan
| 5,448,152 |
||
205,800 |
help-1
|
56fad1cd1b3c451aa125875122ae1971
|
706934233012371577
|
Darius Clark
|
01/31/2022 12:57:14
|
As such, you can just put e^(-T) part of the integral to be "0" [why?]
And you'll have an equation in "t" and "h"
| 0 | 1 |
nan
|
nan
|
nan
|
nan
| 5,448,153 |
||
205,800 |
help-1
|
56fad1cd1b3c451aa125875122ae1971
|
706934233012371577
|
Darius Clark
|
01/31/2022 12:57:41
|
the other part of your question is to determine a condition on "h" for which the ignition actually occurs so...
| 0 | 1 |
nan
|
nan
|
nan
|
nan
| 5,448,154 |
||
205,800 |
help-1
|
56fad1cd1b3c451aa125875122ae1971
|
706934233012371577
|
Darius Clark
|
01/31/2022 12:58:16
|
that I'll leave for you to figure unless you ping me back after understanding every step until that point :o
| 0 | 1 |
nan
|
nan
|
nan
|
nan
| 5,448,155 |
||
205,801 |
help-1
|
352455a904034ae098ec10bf9853d9af
|
679416081755930655
|
Jayla Harris
|
01/31/2022 13:23:42
|
Screen_Shot_2022-01-31_at_10.23.05_AM.png
| 1 | 0 |
nan
|
nan
|
nan
|
nan
| 5,448,156 |
||
205,801 |
help-1
|
352455a904034ae098ec10bf9853d9af
|
679416081755930655
|
Jayla Harris
|
01/31/2022 13:23:42
|
Screen_Shot_2022-01-31_at_10.23.10_AM.png
| 1 | 0 |
nan
|
nan
|
nan
|
nan
| 5,448,157 |
||
205,801 |
help-1
|
352455a904034ae098ec10bf9853d9af
|
679416081755930655
|
Jayla Harris
|
01/31/2022 13:24:02
|
I need to find the range of possible values for each variable
| 1 | 0 |
nan
|
nan
|
nan
|
nan
| 5,448,158 |
||
205,801 |
help-1
|
352455a904034ae098ec10bf9853d9af
|
679416081755930655
|
Jayla Harris
|
01/31/2022 13:24:12
|
but im unsure on how to do this or even where to start
| 1 | 0 |
nan
|
nan
|
nan
|
nan
| 5,448,159 |
||
205,801 |
help-1
|
352455a904034ae098ec10bf9853d9af
|
679416081755930655
|
Jayla Harris
|
01/31/2022 13:25:05
|
please help! ty
| 1 | 0 |
nan
|
nan
|
nan
|
nan
| 5,448,160 |
||
205,801 |
help-1
|
352455a904034ae098ec10bf9853d9af
|
456226577798135808
|
Don Thomas
|
01/31/2022 13:25:31
|
How do i solve this?
|
IMG_2386.png
| 0 | 1 |
nan
|
nan
|
nan
|
nan
| 5,448,161 |
|
205,801 |
help-1
|
352455a904034ae098ec10bf9853d9af
|
456226577798135808
|
Don Thomas
|
01/31/2022 13:28:12
|
Don't just post it everywhere see #❓how-to-get-help
| 0 | 1 |
nan
|
nan
|
nan
|
nan
| 5,448,162 |
||
205,801 |
help-1
|
352455a904034ae098ec10bf9853d9af
|
456226577798135808
|
Don Thomas
|
01/31/2022 13:29:08
|
Ok
| 0 | 1 |
nan
|
nan
|
nan
|
nan
| 5,448,163 |
||
205,801 |
help-1
|
352455a904034ae098ec10bf9853d9af
|
679416081755930655
|
Jayla Harris
|
01/31/2022 13:32:05
|
@Helpers im very sorry ik its not 15 minutes yet
| 1 | 0 |
nan
|
nan
|
nan
|
nan
| 5,448,164 |
||
205,801 |
help-1
|
352455a904034ae098ec10bf9853d9af
|
679416081755930655
|
Jayla Harris
|
01/31/2022 13:32:12
|
but
| 1 | 0 |
510789298321096704
|
Christie Moore
|
Christie Moore
|
True
| 5,448,165 |
||
205,801 |
help-1
|
352455a904034ae098ec10bf9853d9af
|
679416081755930655
|
Jayla Harris
|
01/31/2022 13:32:18
|
all my problems
| 1 | 0 |
nan
|
nan
|
nan
|
nan
| 5,448,166 |
||
205,801 |
help-1
|
352455a904034ae098ec10bf9853d9af
|
679416081755930655
|
Jayla Harris
|
01/31/2022 13:32:21
|
are simular to this
| 1 | 0 |
nan
|
nan
|
nan
|
nan
| 5,448,167 |
||
205,801 |
help-1
|
352455a904034ae098ec10bf9853d9af
|
679416081755930655
|
Jayla Harris
|
01/31/2022 13:32:24
|
and i wish to advance more
| 1 | 0 |
nan
|
nan
|
nan
|
nan
| 5,448,168 |
||
205,801 |
help-1
|
352455a904034ae098ec10bf9853d9af
|
261933205387477002
|
Nicolas Miller
|
01/31/2022 13:33:21
|
being impatient isn't going to help you faster
| 0 | 1 |
nan
|
nan
|
nan
|
nan
| 5,448,169 |
||
205,801 |
help-1
|
352455a904034ae098ec10bf9853d9af
|
679416081755930655
|
Jayla Harris
|
01/31/2022 13:33:48
|
im sorry im not trying to be impatient its that i have a lot of study material to go through and i wish to finish studying this section
| 1 | 0 |
nan
|
nan
|
nan
|
nan
| 5,448,170 |
||
205,801 |
help-1
|
352455a904034ae098ec10bf9853d9af
|
679416081755930655
|
Jayla Harris
|
01/31/2022 13:33:57
|
i apologize
| 1 | 0 |
nan
|
nan
|
nan
|
nan
| 5,448,171 |
||
205,801 |
help-1
|
352455a904034ae098ec10bf9853d9af
|
261933205387477002
|
Nicolas Miller
|
01/31/2022 13:36:53
|
then go study something else first and come back
| 0 | 1 |
nan
|
nan
|
nan
|
nan
| 5,448,172 |
||
205,801 |
help-1
|
352455a904034ae098ec10bf9853d9af
|
244129917732651008
|
Lloyd Garcia
|
01/31/2022 13:40:22
|
a _range_ of possible values ?
| 0 | 1 |
nan
|
nan
|
nan
|
nan
| 5,448,173 |
||
205,801 |
help-1
|
352455a904034ae098ec10bf9853d9af
|
244129917732651008
|
Lloyd Garcia
|
01/31/2022 13:41:28
|
to solve for x i would start off by defining all relevant angles in terms of x, and come up with an equation
| 0 | 1 |
nan
|
nan
|
nan
|
nan
| 5,448,174 |
||
205,802 |
help-1
|
412fba52ff2d46b0bb9457a4915b0dce
|
456226577798135808
|
Don Thomas
|
01/31/2022 14:56:32
|
B6302C01-303B-4B9C-A264-BC2F3A0FB4AD.jpg
| 1 | 0 |
nan
|
nan
|
nan
|
nan
| 5,448,175 |
||
205,802 |
help-1
|
412fba52ff2d46b0bb9457a4915b0dce
|
456226577798135808
|
Don Thomas
|
01/31/2022 14:56:49
|
confused on all the steps
| 1 | 0 |
nan
|
nan
|
nan
|
nan
| 5,448,176 |
||
205,802 |
help-1
|
412fba52ff2d46b0bb9457a4915b0dce
|
456226577798135808
|
Don Thomas
|
01/31/2022 14:56:53
|
i understand g(-8) is -10
| 1 | 0 |
nan
|
nan
|
nan
|
nan
| 5,448,177 |
||
205,802 |
help-1
|
412fba52ff2d46b0bb9457a4915b0dce
|
456226577798135808
|
Don Thomas
|
01/31/2022 14:57:09
|
confused on the 2f(-3) part
| 1 | 0 |
nan
|
nan
|
nan
|
nan
| 5,448,178 |
||
205,802 |
help-1
|
412fba52ff2d46b0bb9457a4915b0dce
|
541800010115710986
|
Eleanor Martin
|
01/31/2022 14:57:24
|
what part confuses you?
| 0 | 1 |
nan
|
nan
|
nan
|
nan
| 5,448,179 |
||
205,802 |
help-1
|
412fba52ff2d46b0bb9457a4915b0dce
|
456226577798135808
|
Don Thomas
|
01/31/2022 14:57:29
|
not sure what to plug in
| 1 | 0 |
nan
|
nan
|
nan
|
nan
| 5,448,180 |
||
205,802 |
help-1
|
412fba52ff2d46b0bb9457a4915b0dce
|
541800010115710986
|
Eleanor Martin
|
01/31/2022 14:57:34
|
-3?
| 0 | 1 |
nan
|
nan
|
nan
|
nan
| 5,448,181 |
||
205,802 |
help-1
|
412fba52ff2d46b0bb9457a4915b0dce
|
541800010115710986
|
Eleanor Martin
|
01/31/2022 14:57:43
|
plug in -3 to f(x)
| 0 | 1 |
nan
|
nan
|
nan
|
nan
| 5,448,182 |
||
205,802 |
help-1
|
412fba52ff2d46b0bb9457a4915b0dce
|
541800010115710986
|
Eleanor Martin
|
01/31/2022 14:57:46
|
get a value
| 0 | 1 |
nan
|
nan
|
nan
|
nan
| 5,448,183 |
||
205,802 |
help-1
|
412fba52ff2d46b0bb9457a4915b0dce
|
456226577798135808
|
Don Thomas
|
01/31/2022 14:57:59
|
then multiply answer by 2?
| 1 | 0 |
914473169648254987
|
Theodore Green
|
Theodore Green
|
False
| 5,448,184 |
||
205,802 |
help-1
|
412fba52ff2d46b0bb9457a4915b0dce
|
541800010115710986
|
Eleanor Martin
|
01/31/2022 14:58:05
|
yes
| 0 | 1 |
nan
|
nan
|
nan
|
nan
| 5,448,185 |
||
205,802 |
help-1
|
412fba52ff2d46b0bb9457a4915b0dce
|
456226577798135808
|
Don Thomas
|
01/31/2022 14:58:41
|
ok i got -26 for that
| 1 | 0 |
nan
|
nan
|
nan
|
nan
| 5,448,186 |
||
205,802 |
help-1
|
412fba52ff2d46b0bb9457a4915b0dce
|
541800010115710986
|
Eleanor Martin
|
01/31/2022 14:58:47
|
the same logic in g(f(2a)) except that you're using a constant in that case
| 0 | 1 |
nan
|
nan
|
nan
|
nan
| 5,448,187 |
||
205,802 |
help-1
|
412fba52ff2d46b0bb9457a4915b0dce
|
456226577798135808
|
Don Thomas
|
01/31/2022 14:58:47
|
most confusing part last step
| 1 | 0 |
nan
|
nan
|
nan
|
nan
| 5,448,188 |
||
205,802 |
help-1
|
412fba52ff2d46b0bb9457a4915b0dce
|
456226577798135808
|
Don Thomas
|
01/31/2022 14:58:51
|
so
| 1 | 0 |
nan
|
nan
|
nan
|
nan
| 5,448,189 |
||
205,802 |
help-1
|
412fba52ff2d46b0bb9457a4915b0dce
|
456226577798135808
|
Don Thomas
|
01/31/2022 14:58:57
|
plug 2a into f first?
| 1 | 0 |
nan
|
nan
|
nan
|
nan
| 5,448,190 |
||
205,802 |
help-1
|
412fba52ff2d46b0bb9457a4915b0dce
|
456226577798135808
|
Don Thomas
|
01/31/2022 14:59:00
|
then plug that answer into g?
| 1 | 0 |
nan
|
nan
|
nan
|
nan
| 5,448,191 |
||
205,802 |
help-1
|
412fba52ff2d46b0bb9457a4915b0dce
|
541800010115710986
|
Eleanor Martin
|
01/31/2022 14:59:01
|
yes
| 0 | 1 |
nan
|
nan
|
nan
|
nan
| 5,448,192 |
||
205,802 |
help-1
|
412fba52ff2d46b0bb9457a4915b0dce
|
541800010115710986
|
Eleanor Martin
|
01/31/2022 14:59:06
|
yep
| 0 | 1 |
nan
|
nan
|
nan
|
nan
| 5,448,193 |
||
205,802 |
help-1
|
412fba52ff2d46b0bb9457a4915b0dce
|
456226577798135808
|
Don Thomas
|
01/31/2022 15:00:08
|
ahh kk got it
| 1 | 0 |
nan
|
nan
|
nan
|
nan
| 5,448,194 |
||
205,802 |
help-1
|
412fba52ff2d46b0bb9457a4915b0dce
|
456226577798135808
|
Don Thomas
|
01/31/2022 15:00:28
|
ty
| 1 | 0 |
nan
|
nan
|
nan
|
nan
| 5,448,195 |
||
205,802 |
help-1
|
412fba52ff2d46b0bb9457a4915b0dce
|
456226577798135808
|
Don Thomas
|
01/31/2022 15:00:55
|
.close
| 1 | 0 |
nan
|
nan
|
nan
|
nan
| 5,448,196 |
||
205,803 |
help-1
|
df7dbbca0e924dba97adf430b794813e
|
921827858026995792
|
Bianca Green
|
01/31/2022 15:24:00
|
Hi
| 1 | 0 |
nan
|
nan
|
nan
|
nan
| 5,448,197 |
||
205,803 |
help-1
|
df7dbbca0e924dba97adf430b794813e
|
921827858026995792
|
Bianca Green
|
01/31/2022 15:24:26
|
Please what is the name of this lesson?
|
unknown.png
| 1 | 0 |
nan
|
nan
|
nan
|
nan
| 5,448,198 |
|
205,804 |
help-1
|
ab1824592d9d438b9721cff8b738c804
|
107901991748919296
|
Olivia Williams
|
01/31/2022 16:03:16
|
I am to determine if the set ``{f, g, h}`` is ``linearly in/dependent`` where ``f = 1+x``, ``g = 1 + x^2``, ``h = 1 + 2x, x^2``. Transforming it into a matrix and solving you get that they are independent. But how can they be? ``(1+x)*f = h``? Or are only real coefficients allowed?
| 1 | 0 |
nan
|
nan
|
nan
|
nan
| 5,448,199 |
||
205,804 |
help-1
|
ab1824592d9d438b9721cff8b738c804
|
321445119171756033
|
Bryce Martinez
|
01/31/2022 16:03:55
|
suppose they are linearly dependent
| 0 | 1 |
nan
|
nan
|
nan
|
nan
| 5,448,200 |
||
205,804 |
help-1
|
ab1824592d9d438b9721cff8b738c804
|
321445119171756033
|
Bryce Martinez
|
01/31/2022 16:04:02
|
then there will be some combination
| 0 | 1 |
541081246252531727
|
Regina Martin
|
Regina Martin
|
False
| 5,448,201 |
||
205,804 |
help-1
|
ab1824592d9d438b9721cff8b738c804
|
356908116429897729
|
Virginia Lopez
|
01/31/2022 16:04:02
|
Linear independence means they can't add to create one another
| 0 | 1 |
nan
|
nan
|
nan
|
nan
| 5,448,202 |
||
205,804 |
help-1
|
ab1824592d9d438b9721cff8b738c804
|
107901991748919296
|
Olivia Williams
|
01/31/2022 16:04:07
|
yes shuri
| 1 | 0 |
nan
|
nan
|
nan
|
nan
| 5,448,203 |
||
205,804 |
help-1
|
ab1824592d9d438b9721cff8b738c804
|
321445119171756033
|
Bryce Martinez
|
01/31/2022 16:04:10
|
af + bg + ch = 0
| 0 | 1 |
nan
|
nan
|
nan
|
nan
| 5,448,204 |
||
205,804 |
help-1
|
ab1824592d9d438b9721cff8b738c804
|
321445119171756033
|
Bryce Martinez
|
01/31/2022 16:04:13
|
for some a b c
| 0 | 1 |
nan
|
nan
|
nan
|
nan
| 5,448,205 |
||
205,804 |
help-1
|
ab1824592d9d438b9721cff8b738c804
|
321445119171756033
|
Bryce Martinez
|
01/31/2022 16:04:20
|
Such that this new function is 0
| 0 | 1 |
541081246252531727
|
Regina Martin
|
Regina Martin
|
False
| 5,448,206 |
||
205,804 |
help-1
|
ab1824592d9d438b9721cff8b738c804
|
107901991748919296
|
Olivia Williams
|
01/31/2022 16:04:21
|
and the combination is (1+x)f + 0b -1h = 0
| 1 | 0 |
nan
|
nan
|
nan
|
nan
| 5,448,207 |
||
205,804 |
help-1
|
ab1824592d9d438b9721cff8b738c804
|
321445119171756033
|
Bryce Martinez
|
01/31/2022 16:04:22
|
**for all x**
| 0 | 1 |
914473169648254987
|
Theodore Green
|
Theodore Green
|
False
| 5,448,208 |
||
205,804 |
help-1
|
ab1824592d9d438b9721cff8b738c804
|
321445119171756033
|
Bryce Martinez
|
01/31/2022 16:04:48
|
Uhhhhh didn't see your q about coefficients
| 0 | 1 |
nan
|
nan
|
nan
|
nan
| 5,448,209 |
||
205,804 |
help-1
|
ab1824592d9d438b9721cff8b738c804
|
356908116429897729
|
Virginia Lopez
|
01/31/2022 16:04:52
|
The multiplication by (1 + x) is sus
| 0 | 1 |
872024354572103731
|
Jessica Hill
|
Jessica Hill
|
False
| 5,448,210 |
||
205,804 |
help-1
|
ab1824592d9d438b9721cff8b738c804
|
321445119171756033
|
Bryce Martinez
|
01/31/2022 16:04:52
|
It should say in your question
| 0 | 1 |
nan
|
nan
|
nan
|
nan
| 5,448,211 |
||
205,804 |
help-1
|
ab1824592d9d438b9721cff8b738c804
|
321445119171756033
|
Bryce Martinez
|
01/31/2022 16:04:55
|
What field you are working in
| 0 | 1 |
nan
|
nan
|
nan
|
nan
| 5,448,212 |
||
205,804 |
help-1
|
ab1824592d9d438b9721cff8b738c804
|
321445119171756033
|
Bryce Martinez
|
01/31/2022 16:05:03
|
If your field includes polynomials, then sure
| 0 | 1 |
nan
|
nan
|
nan
|
nan
| 5,448,213 |
||
205,804 |
help-1
|
ab1824592d9d438b9721cff8b738c804
|
107901991748919296
|
Olivia Williams
|
01/31/2022 16:05:06
|
yes
| 1 | 0 |
nan
|
nan
|
nan
|
nan
| 5,448,214 |
||
205,804 |
help-1
|
ab1824592d9d438b9721cff8b738c804
|
321445119171756033
|
Bryce Martinez
|
01/31/2022 16:05:08
|
you can use 1+x as a coefficient
| 0 | 1 |
nan
|
nan
|
nan
|
nan
| 5,448,215 |
||
205,804 |
help-1
|
ab1824592d9d438b9721cff8b738c804
|
107901991748919296
|
Olivia Williams
|
01/31/2022 16:05:09
|
space of all polynomials
| 1 | 0 |
nan
|
nan
|
nan
|
nan
| 5,448,216 |
||
205,804 |
help-1
|
ab1824592d9d438b9721cff8b738c804
|
321445119171756033
|
Bryce Martinez
|
01/31/2022 16:05:14
|
no no no
| 0 | 1 |
nan
|
nan
|
nan
|
nan
| 5,448,217 |
||
205,804 |
help-1
|
ab1824592d9d438b9721cff8b738c804
|
321445119171756033
|
Bryce Martinez
|
01/31/2022 16:05:19
|
Can you show the question
| 0 | 1 |
914473169648254987
|
Theodore Green
|
Theodore Green
|
False
| 5,448,218 |
||
205,804 |
help-1
|
ab1824592d9d438b9721cff8b738c804
|
321445119171756033
|
Bryce Martinez
|
01/31/2022 16:05:26
|
The Vectors space V is always over a field F
| 0 | 1 |
nan
|
nan
|
nan
|
nan
| 5,448,219 |
||
205,804 |
help-1
|
ab1824592d9d438b9721cff8b738c804
|
321445119171756033
|
Bryce Martinez
|
01/31/2022 16:05:31
|
F is where the coefficients come from
| 0 | 1 |
914473169648254987
|
Theodore Green
|
Theodore Green
|
False
| 5,448,220 |
||
205,804 |
help-1
|
ab1824592d9d438b9721cff8b738c804
|
356908116429897729
|
Virginia Lopez
|
01/31/2022 16:05:37
|
Space of a polynomials are your vectors
The scalars are probably just real numbers.
| 0 | 1 |
872024354572103731
|
Jessica Hill
|
Jessica Hill
|
False
| 5,448,221 |
||
205,804 |
help-1
|
ab1824592d9d438b9721cff8b738c804
|
321445119171756033
|
Bryce Martinez
|
01/31/2022 16:06:00
|
This doesn't sound like F are polynomials to me.
| 0 | 1 |
872024354572103731
|
Jessica Hill
|
Jessica Hill
|
False
| 5,448,222 |
||
205,804 |
help-1
|
ab1824592d9d438b9721cff8b738c804
|
107901991748919296
|
Olivia Williams
|
01/31/2022 16:06:00
|
unknown.png
| 1 | 0 |
914473169648254987
|
Theodore Green
|
Theodore Green
|
False
| 5,448,223 |
||
205,804 |
help-1
|
ab1824592d9d438b9721cff8b738c804
|
321445119171756033
|
Bryce Martinez
|
01/31/2022 16:06:11
|
Ok, then by convention, this usually refers to
| 0 | 1 |
nan
|
nan
|
nan
|
nan
| 5,448,224 |
||
205,804 |
help-1
|
ab1824592d9d438b9721cff8b738c804
|
321445119171756033
|
Bryce Martinez
|
01/31/2022 16:06:15
|
polynomial vectors
| 0 | 1 |
nan
|
nan
|
nan
|
nan
| 5,448,225 |
||
205,804 |
help-1
|
ab1824592d9d438b9721cff8b738c804
|
321445119171756033
|
Bryce Martinez
|
01/31/2022 16:06:18
|
real field
| 0 | 1 |
nan
|
nan
|
nan
|
nan
| 5,448,226 |
||
205,804 |
help-1
|
ab1824592d9d438b9721cff8b738c804
|
107901991748919296
|
Olivia Williams
|
01/31/2022 16:06:40
|
ah so only
| 1 | 0 |
nan
|
nan
|
nan
|
nan
| 5,448,227 |
||
205,804 |
help-1
|
ab1824592d9d438b9721cff8b738c804
|
107901991748919296
|
Olivia Williams
|
01/31/2022 16:06:47
|
multiplication by real scalar
| 1 | 0 |
nan
|
nan
|
nan
|
nan
| 5,448,228 |
||
205,804 |
help-1
|
ab1824592d9d438b9721cff8b738c804
|
107901991748919296
|
Olivia Williams
|
01/31/2022 16:06:48
|
is allowed
| 1 | 0 |
nan
|
nan
|
nan
|
nan
| 5,448,229 |
||
205,804 |
help-1
|
ab1824592d9d438b9721cff8b738c804
|
107901991748919296
|
Olivia Williams
|
01/31/2022 16:06:48
|
yes?
| 1 | 0 |
nan
|
nan
|
nan
|
nan
| 5,448,230 |
||
205,804 |
help-1
|
ab1824592d9d438b9721cff8b738c804
|
321445119171756033
|
Bryce Martinez
|
01/31/2022 16:06:49
|
yh
| 0 | 1 |
541081246252531727
|
Regina Martin
|
Regina Martin
|
False
| 5,448,231 |
||
205,804 |
help-1
|
ab1824592d9d438b9721cff8b738c804
|
107901991748919296
|
Olivia Williams
|
01/31/2022 16:06:51
|
kk
| 1 | 0 |
nan
|
nan
|
nan
|
nan
| 5,448,232 |
||
205,804 |
help-1
|
ab1824592d9d438b9721cff8b738c804
|
107901991748919296
|
Olivia Williams
|
01/31/2022 16:06:55
|
,finished
| 1 | 0 |
nan
|
nan
|
nan
|
nan
| 5,448,233 |
||
205,804 |
help-1
|
ab1824592d9d438b9721cff8b738c804
|
321445119171756033
|
Bryce Martinez
|
01/31/2022 16:06:58
|
.close
| 0 | 1 |
541081246252531727
|
Regina Martin
|
Regina Martin
|
False
| 5,448,234 |
||
205,804 |
help-1
|
ab1824592d9d438b9721cff8b738c804
|
107901991748919296
|
Olivia Williams
|
01/31/2022 16:07:02
|
.close
| 1 | 0 |
914473169648254987
|
Theodore Green
|
Theodore Green
|
False
| 5,448,235 |
||
205,805 |
help-1
|
eef24b107ba7461bbc3cf08c2a7cb0f1
|
437300702960812033
|
Jan Anderson
|
01/31/2022 16:19:51
|
Can someone please check, if this is correct? thanks
| 1 | 0 |
nan
|
nan
|
nan
|
nan
| 5,448,236 |
||
205,805 |
help-1
|
eef24b107ba7461bbc3cf08c2a7cb0f1
|
437300702960812033
|
Jan Anderson
|
01/31/2022 16:19:55
|
IMG_1637.png
| 1 | 0 |
nan
|
nan
|
nan
|
nan
| 5,448,237 |
||
205,805 |
help-1
|
eef24b107ba7461bbc3cf08c2a7cb0f1
|
321445119171756033
|
Bryce Martinez
|
01/31/2022 16:30:25
|
I disagree
| 0 | 1 |
nan
|
nan
|
nan
|
nan
| 5,448,238 |
||
205,805 |
help-1
|
eef24b107ba7461bbc3cf08c2a7cb0f1
|
321445119171756033
|
Bryce Martinez
|
01/31/2022 16:30:33
|
You are summing
| 0 | 1 |
nan
|
nan
|
nan
|
nan
| 5,448,239 |
||
205,805 |
help-1
|
eef24b107ba7461bbc3cf08c2a7cb0f1
|
321445119171756033
|
Bryce Martinez
|
01/31/2022 16:30:43
|
$\pi r(x)^2\dd x$
| 0 | 1 |
nan
|
nan
|
nan
|
nan
| 5,448,240 |
||
205,805 |
help-1
|
eef24b107ba7461bbc3cf08c2a7cb0f1
|
321445119171756033
|
Bryce Martinez
|
01/31/2022 16:31:00
|
Now what is r(x) ?
| 0 | 1 |
nan
|
nan
|
nan
|
nan
| 5,448,241 |
||
205,805 |
help-1
|
eef24b107ba7461bbc3cf08c2a7cb0f1
|
321445119171756033
|
Bryce Martinez
|
01/31/2022 16:31:04
|
the radius
| 0 | 1 |
nan
|
nan
|
nan
|
nan
| 5,448,242 |
||
205,805 |
help-1
|
eef24b107ba7461bbc3cf08c2a7cb0f1
|
321445119171756033
|
Bryce Martinez
|
01/31/2022 16:31:10
|
Now it tells you what the diameter is.
| 0 | 1 |
nan
|
nan
|
nan
|
nan
| 5,448,243 |
||
205,805 |
help-1
|
eef24b107ba7461bbc3cf08c2a7cb0f1
|
437300702960812033
|
Jan Anderson
|
01/31/2022 16:33:42
|
the diameter is just secx-tanx?
| 1 | 0 |
nan
|
nan
|
nan
|
nan
| 5,448,244 |
||
205,805 |
help-1
|
eef24b107ba7461bbc3cf08c2a7cb0f1
|
321445119171756033
|
Bryce Martinez
|
01/31/2022 16:34:10
|
yes
| 0 | 1 |
nan
|
nan
|
nan
|
nan
| 5,448,245 |
||
205,805 |
help-1
|
eef24b107ba7461bbc3cf08c2a7cb0f1
|
437300702960812033
|
Jan Anderson
|
01/31/2022 16:34:46
|
so the radius should be u=(secx-tanx)/2
| 1 | 0 |
nan
|
nan
|
nan
|
nan
| 5,448,246 |
||
205,805 |
help-1
|
eef24b107ba7461bbc3cf08c2a7cb0f1
|
437300702960812033
|
Jan Anderson
|
01/31/2022 16:35:18
|
so the integral is u*pi
| 1 | 0 |
nan
|
nan
|
nan
|
nan
| 5,448,247 |
||
205,805 |
help-1
|
eef24b107ba7461bbc3cf08c2a7cb0f1
|
437300702960812033
|
Jan Anderson
|
01/31/2022 16:35:26
|
from -pi/3 to pi/3
| 1 | 0 |
569167697925898261
|
Kendra Lee
|
Kendra Lee
|
False
| 5,448,248 |
||
205,805 |
help-1
|
eef24b107ba7461bbc3cf08c2a7cb0f1
|
437300702960812033
|
Jan Anderson
|
01/31/2022 16:39:41
|
$ \(\int_{\frac{- \pi}{3}}^{\frac{\pi}{3}} \pi \times (\frac{secx-tanx}{2})^2 \,dx\)$
| 1 | 0 |
nan
|
nan
|
nan
|
nan
| 5,448,249 |
Subsets and Splits
No community queries yet
The top public SQL queries from the community will appear here once available.