Low slope

High slope

Derives a gradient of Y.

You can see the Lhotse face is in profile, it's about a 45 degree angle.

And then the second point is 4, 3.

The roof declines at a sharp angle.

Uranus rotating on its side along with its moons.

You really just have to know that it is tilted, and right now it is tilted at an angle of 23,4 .

We can see in any given moment the slope is actualy different.

There are some trends that support that there is physical and meaningful thing going on which has to do with velocity and isotropy.

Line Draw a straight line vertically, horizontally or at 45 deg. angles

And what we see is that people tend to keep making errors exactly the same way, over and over again.

Between those two points.

Tilt

Slope

Trends

Skew

When we plot velocity (or the magnitude of velocity) relative to time the slope of that line is the acceleration and since we're assuming the acceleration is constant we have a constant slope so we have just a line here, we don't have a curve

Positive values create a foward slant, negative values create a negative slant.

If you go to really northern latitudes like the Arctic Circle, they don't get any daylight when we're tilted away from the Sun.

After skew

X Tilt

Y Tilt

It doesn't change the inclination of the line.

So that tells us, essentially, what the two asymptotes are.

I can't remember in which book, but you talk about Deep Listening also.

Tilt up.

The Earth spins on an axis that's tilted 23.5 degrees from vertical.

Earth's rotational axis is at an angle to that vertical relative to the plane of its orbit, I guess you could say it.

What can I do?

From here, it's about 1,500 feet up at a 30 degree angle to the summit.

Close envelope

Angled envelope

At 0 comma 3.

I feel it is a groundswell.

Tilt the wheel to your right.

So remember, this tilt, the direction this arrow points into relative the rest of the universe, if we assume that this tilt, that 23,4 , it's not changing throughout the year, but depending on where it is in the orbit, it's either going to be tilted away from the Sun, as it is in this example right over here, or it will be tilting towards the Sun.

Gradient background

So that's y is equal to negative 6.

1, 2, 3, 4, 5, 6.

This will boost you into a rampless jump...

I'm at an angle.

Toward the suicidal.

And, whereas for normal ellipticals, which is the upper right set with the red line going though them There is a trend that the more luminous ones have lower surface brightness because they have more diffuse surface brightness profiles.

Then he starts going up, and the next thing I hear is,