So, this is from angle side angle congruency

Maximum angle from vertical

Control, do you copy our star angle difference from parking angle?

So, that angle must be equal to that angle there

Now, you could do that with mirrors from one angle.

And so, if this angle is congruent to that angle, that angle is congruent to that angle, then they're congruent to each other

So, that angle is equal to that angle and that ABD, which is this angle is congruent to DCA which is that angle over here

And this comes straight from once again, orange angle white angle side

So, that we know that angle, so, for example angle CAE

I could also draw an acute angle maybe an angle that is formed from an intersection of two lines, so this angle would be acute, and so will this angle.

So, we're just saying that this angle is equal to that angle

So angle angle side orange sorry, orange angle white angle side

White angle, orange angle, and then the unlabeled angle on that triangle right over there

And at first you might say, wait, is this angle and that angle vertical angle?

The period that it takes to go from roughly a 22 angle to a 24,5 angle and back to the 22 angle is 41,000 years.

So that when you saw from one little angle was like this.

So that is a 90 degree angle, a 90 degree angle and that is a 90 degree angle over there

Angle BDC over here, it is an alternate interior angle with this angle right over here with that angle right over there

And we see that this angle and this angle, this angle has a measure of 4x, this angle has a measure of 2x.

Angle

Angle

angle

angle

Angle

Angle

Angle

Angle

We know statement 2 that angle ABF is equal to angle ACE

And we also we make this angle is equal to that angle.

That is a right angle and then this is a right angle

So, we know that this triangle is congruent to that triangle by angle side angle

That's one angle here's another angle.

White angle white angle let me be careful here, white angle

It's equal to angle ACE so this angle right over here is congruent to that angle right over there

They tell us that this whole angle right here is a right angle.

We know that that angle is supplementary with this angle over here, there outer sides form a straight angle and they are adjacent.

We will consider the problem from a different angle.

Maybe if I come in from a different angle.

Horses breaking nicely. Angle Light moving from the outside.

You start by teaching angles an acute angle, a right angle, an obtuse angle, a straight angle.

We also know that this angle here is going to be equal to the angle that is it's vertical angle or the angle that is opposite the intersection so it's going to be equal to that.

angle ACB is congruent to angle DBC

Angle 1 is congruent to angle 4.

And an acute angle is an angle

So, we know that angle ABD is going to be congruent to angle BDC