Two equations are shown: Equation A y = −3x − 2 Equation B y equals 3 over x plus 5 Which statement best compares the graphs of the two equations? Both are nonlinear. Both are linear. Equation A is nonlinear and equation B is linear. Equation A is linear and equation B is nonlinear.
@LegendarySadist
I think it is both are linear
Is Equation B \[y=\frac{ 3 }{ x }+5\]or\[y=\frac{ 3 }{ x+5 }\]?
the first one
but I think equation B the line curves a bit
@iambatman
Well here's what it looks like on a graph|dw:1432594905711:dw|
What it looks like, very roughly.
equation b
Yeah, that's Equation B
oh so then only equation A is linear
did you see the kittens on the screen or was that just me
Mateaus posted it and then deleted it, I suppose
And yeah, A would be linear but B obviously wouldn't
can you help me with another question
Sure, what is it?
is this a negative or positive association
As the bottom numbers increase, the left numbers decrease, so a negative association. Source: http://www.ics.uci.edu/~jutts/8/Lecture5Compact.pdf
using this can you help me figure out wether the basketball team has a higher average height or if there similiar http://learn.flvs.net/webdav/assessment_images/educator_mjmath2_v14/08_14p2_28.jpg
I got an error when I clicked the link
I think its there similiar but I'm not sure
The basketball team is centered further to the right of the graph, so they are going to have a higher average as well.
hhhmmmm....
Are we supposed to find the exact difference in the averages?
I'm not sure the exact question says based on visual inspection
Ok, so just by looking at the graph we can tell that the basketball players are generally taller.
ok
There is an 80% chance of rain tomorrow and a 20% chance the football game will be postponed. What is the probability that it will rain tomorrow and the football game will be postponed? 4% 16% 20% 60%
for this one I thought 60%
80%=4/5 20%=1/5 \[\frac{ 4 }{ 5 }*\frac{ 1 }{ 5 }=\frac{ 4 }{ 25 }=.16\]
your suppose to multiply them oh
Every week William collects a few pounds of plastic bags to recycle. The graph below shows the total number of pounds of plastic bags (y) that William collected in a certain amount of time (x), in weeks: What would most likely be the total amount of plastic, in pounds, William would collect in 10 weeks?
340 pounds 400 pounds 440 pounds 540 pounds
I think it be 400 pounds
40+(n*40) and make n whatever number is the weeks
or 440 pounds
the unit rate is 40
n is the week number in my little formula
so 40+(10*40) so the answer would be 440
Yep, that would be it
Two functions, A and B, are described as follows: Function A y = 8x + 3 Function B The slope is 1 and the y-intercept is 4. How much more is the slope of function A than the slope of function B? 1 7 8 9
for this one I got 7 but now I'm doubting myself
Well since 8-1=7, yeah I'd go with 7
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