Ask your own question, for FREE!
Mathematics 10 Online
boredfr:

Snow you said repost Don't answer if you had commented on the previous one please https://padlet-uploads.storage.googleapis.com/1140267424/f184067e917f2f40b8f1117aeb078524/Screenshot_2021_04_19_at_6_13_36_PM.png

LilShorty171:

plot one on the graph is incorrect due to the plot points not being straight enough on the line

JamesTDG:

This was the answer that was given on the last one, it is really simple to grasp if you just read it: "1 is not right because the plot points aren't straight on the line graph 2 is right because the points are more aligned towards the line and graph 3 is not right due to the plot points being above the line and not exactyl on it" - LilShorty171

LilShorty171:

plot two on the graph the points are aligned properly and form a function which can be accepted

LilShorty171:

plot 3 on the graph the points aren't exactly on the line although they are straight the points lie above the linear line on the graph.

LilShorty171:

That is your answer write that down now pls?

boredfr:

Both of you stop please, I just want help from snowflake, the way you are explaining it, I am not understanding it, so please stop

LilShorty171:

Crissy. It's easy

LilShorty171:

Come on now how complicated can it be look at the dots they have to be placed on the line

LilShorty171:

okay?

snowflake0531:

Okay, so I made 2 examples, I think that you should be able to discern which one would be a better line of fit I exaggerated a bit, for which one is the line of best fit and which isn't, so you kinda understand the concept Do you think the first or second graph gives a better line of best fit, as in, the line fitting the plots I plotted.

snowflake0531:

@lilshorty171 wrote:
Crissy. It's easy
learn when to shut up please repeating the same thing over and over does nothing, besides for exhausting you and others

LilShorty171:

Snowflake I am helping-

LilShorty171:

Nvm I am just gonnaa go I can't even help anyeone

snowflake0531:

@lilshorty171 wrote:
Snowflake I am helping-
no you are not repeating that this is easy, for you, is not helping repeating your explasnation a million times also does not help

snowflake0531:

so please, just stop trying to 'help'

LilShorty171:

Imma go. I gave the answer and I am just gonna go.

LilShorty171:

LOL

boredfr:

OMG CAN YOU GUYS STOP TALKING ABOUT RANDOMNESS PLEASE LIKE DAMN THIS IS THE SECOND TIME

LilShorty171:

Crissy.

JamesTDG:

I might recommend leaving this question everybody, it is solved and it is beginning to derail

jovanie:

can I say somthin positive

JamesTDG:

boredfr, make sure that this is closed to ensure nobody clicks on this in the open post section

LilShorty171:

The answer is 1 is wrong the dots aren't on the line and 2 is right because the dots are on the line and 3 is wrong because the dots aren't on the line

snowflake0531:

@lilshorty171 wrote:
You are smart just do what you gotta do I know you can do it
You can give emotional support in dms

LilShorty171:

I hope this helps :/

LilShorty171:

GL

jovanie:

don't let anyone say u can't follow your dream if u want your dream chase it

LilShorty171:

I want to be forgiven

LilShorty171:

But Ik it takes time.

LilShorty171:

I'm willing to wait :/

boredfr:

@snowflake0531 wrote:
Okay, so I made 2 examples, I think that you should be able to discern which one would be a better line of fit I exaggerated a bit, for which one is the line of best fit and which isn't, so you kinda understand the concept Do you think the first or second graph gives a better line of best fit, as in, the line fitting the plots I plotted.
The second one I think based off of what you have been saying about equality

LilShorty171:

Cya Crissy

jovanie:

I need everyone to leave border alone please

JamesTDG:

@shadow please close this question, it has derailed now

LilShorty171:

yeah.

LilShorty171:

Imma go now.

jovanie:

boredfr

snowflake0531:

@boredfr wrote:
@snowflake0531 wrote:
Okay, so I made 2 examples, I think that you should be able to discern which one would be a better line of fit I exaggerated a bit, for which one is the line of best fit and which isn't, so you kinda understand the concept Do you think the first or second graph gives a better line of best fit, as in, the line fitting the plots I plotted.
The second one I think based off of what you have been saying about equality
yep

snowflake0531:

So do you kind of get the jist of the line of best fit now? Look back at the question (I know you already have the answer)

boredfr:

@snowflake0531 wrote:
So do you kind of get the jist of the line of best fit now? Look back at the question (I know you already have the answer)
Basically it fits the line if the dots on each side are equal? More or less?

jovanie:

boredfr

snowflake0531:

@boredfr wrote:
@snowflake0531 wrote:
So do you kind of get the jist of the line of best fit now? Look back at the question (I know you already have the answer)
Basically it fits the line if the dots on each side are equal? More or less?
Yes the BEST fit for the line Especially for multiple choice questions, look for the similarities and differences

boredfr:

@snowflake0531 wrote:
@boredfr wrote:
@snowflake0531 wrote:
So do you kind of get the jist of the line of best fit now? Look back at the question (I know you already have the answer)
Basically it fits the line if the dots on each side are equal? More or less?
Yes the BEST fit for the line Especially for multiple choice questions, look for the similarities and differences
Ok thx

snowflake0531:

Yea so do you kind of see how the answer is hte middle one, and not the third and last? The thirds' line is a bit too steep, and the 3rd one's y-intercept is a bit too low

Can't find your answer? Make a FREE account and ask your own questions, OR help others and earn volunteer hours!

Join our real-time social learning platform and learn together with your friends!
Can't find your answer? Make a FREE account and ask your own questions, OR help others and earn volunteer hours!

Join our real-time social learning platform and learn together with your friends!