no, never
y=1 does not cross the x-axis. It is a line parallel to the x-axis (and therefore can't ever cross it)
Normally the vertical y-axis is considered the dependent variable and the horizontal x-axis the independent variable. ie the variable plotted up the y-axis depends upon the variable plotted along the x-axis.
No
yes perpendicular lines are at right angles to each other. Therefore they have to touch eventually
Of course. A reflection of any symmetric shape about a line perpendicular to its axis of symmetry will be a rotation of 180 degrees around the point on its axis of symmetry which is halfway between the pre-image and the image.
Inverse.......when ever you have two variables multiplying it is inverse
The domain of the Normal distribution is the whole of the real line. As a result the horizontal axis is asymptotic to the Normal distribution curve. The curve gets closer and closer to the axis but never, ever reaches it.
Yes but parallel lines wont ever touch.
No.
No
y=1 does not cross the x-axis. It is a line parallel to the x-axis (and therefore can't ever cross it)
Normally the vertical y-axis is considered the dependent variable and the horizontal x-axis the independent variable. ie the variable plotted up the y-axis depends upon the variable plotted along the x-axis.
It is the first iPod touch ever made. It does not have many things the the 2nd and 3rd generations had. Such as a master volume on the outside. Hope it helps
from 73 mph to 318 highest ever recorded
Yes, the earth does spin around its axis. That's what causes the apparent movement of the sun and the stars. If your question was rather what spinning on its axis mean? Ever saw a sphere spinning? It means that.
of course they did
maybe!