Question

help.

Answer 1

with

Answer 2

still? don't you ever sleep?

Answer 3

more like "i can sleep for a week"

Answer 4

Directions: Type the correct answer in the box. Use numerals instead of words.
Consider the equations of the two lines shown below.

\[Line 1: y=\frac{ 3 }{ 5 }x+2\]
\[Line 2: y=\frac{ 3 }{ 5 }x-1\]

Find the distance between the two lines.
The distance between line 1 and line 2, rounded to the nearest hundredth, is units.

Answer 5

help? :)

Answer 6

lines are parallel
how far from \(-1\) to \(2\) ?

Answer 7

4?
-1,0,1,2.

Answer 8

lol no

Answer 9

from \(-1\) to \(2\)is three steps up

Answer 10

like if you were in the basement and walked to the second floor, you would go up three stories

Answer 11

or if you like math, \(2-(-1)=2+1=3\)

Answer 12

when you counted -1,0,1,2. you should not count the -1
it is three steps -1 to 0, 0 to 1, 1 to 2

Answer 13

Ooohh. o_o Woops? :) So the answer is 3, and that does make sense about not counting -1.

Answer 14

well actually no, the answer is not 3, but i think that is what they want you to say
that is the vertical distance

Answer 15

"rounded to the nearest hundredth"

Sounds like they actually want shortest distance possible between two lines

Answer 16

actually my answer is totally wrong, i don't think you want the vertical distance at all
it is a different question

Answer 17

\[d=\frac{|b_2-b_1|}{\sqrt{m^2+1}}\] is what i think you have to compute

Answer 18

If it's up to me, I would create third line, that is perpendicular to both given lines.

Then I would find the intersection of line 1 and 3, and intersection of line 2 and 3.

Then I would find distance between these points.

Answer 19

so the 3 is right for the numerator, but the denominator should be \[\sqrt{\left(\frac{3}{5}\right)^2+1}\]

Answer 20

I would just trust @satellite73

Answer 21

Whoo 90 SS

Answer 22

nah, i would go with @geerky42
it will just take more time but will be a better understanding