In an afternoon I visited a food stand while some surrounding merchandisers were prepearing their tents for their goods to sell.

They’re mostly a flock of guys and… there was also a grandma — she’s not too old though.

For those guys this grandma became the target to joke around. The grandma repeatedly said “crazy” to those guys that kept teasing the grandma with funny remarks and stories.

It’s understandable if the grandma called those guys “crazy” repeatedly because their joke matters were ‘crazy’ too. Not too vulgar, but it contained of sex related stuff.

The grandma herself responded the teasing with not less funny remarks.

While the guys told a news about 85 years old grandma marrying a teenager boy and the grandma was still able to have a baby. And then those guys related such story with that grandma as a person with some teasings.
“I’m experienced” responded the grandma ‘proudly’.

It seemed they all enjoyed ‘hanging out’ with some joke exchangings.

It’s also a free entertainment for other people that heard them joking, including me. ^_^

Yeah… there are ‘comedians’ everywhere in this country 😀

Warning before visiting Indonesia might be based on good intention.

But if you just go from nice restaurant to another nice restaurant, you cannot experience with real Indonesia’s variety of food, people and places.

In fact, so many people, either locals and foreigners, are just fine with eating street foods.

Even the core of Indonesia’s fame of food is mostly contributed by street foods. It’s like they keep the secret ingredients that even regular moms don’t know.

But I don’t say there is no foreigners got stomach sickness after eating street foods though.

But then again >> you decide 😎

 

And there must be the navigators to lead the ‘air vehicles’ with particular path. Who are they?

 

With the same method as the previous 90° arc, in which the edge of X line gets moved vertically, and at the same time the sine goes horizontally, it will give the length:

1. Horizontal = the total length from Sin0 to Sin90 + from Sin90 to Sin0 = 1 + 1 = 2.
2. Vertical: the length of Xo to X1 = 1
3. The outer length which is the ultimate length when the Sine points out at 180°/2, it equals 1 – 0.82843 = 0.17157

Total 180° arc = 2 + 1 + 0.17157 = 3.17157.

Australia:
The axis of Milky Way is above The South Pole

USA:
The same pattern: The Axis is above The South Pole

https://www.theflatearthsociety.org/forum/index.php?PHPSESSID=akckaoufph6r3j21j8l5lvdq35&topic=84049.msg2221846#msg2221846 ~

Why does Anna feel at home in Indonesia? (Language Mixture: Indonesian & English)

Xo Line is dragged vertically till the angle comes to 45° AKA X4 which means the counted arc equals 90° long.

Horizontally the sine pointer will shift from 0° to 90° at most which means the distance gained equals Sin90=1.

While circlely the additional gain will be 0.58578.

Total length AKA 90°arc will be Sin90 gain + additional gain = 1 + 0.58578 = 1.58578 AKA Phew/2.

So the initial length i.e. X axis and Y axis which equals 1+1=2, becames substracted as far as 0.41422.

This is Phew approach to figure out the circle’s arc as well as circumference.

It takes the real numbers from real circle diagram.

Clouds travel with different trajectories. Within them are solid flying bodies with navigations
They’re not driven by the wind.

Another reality:
There are clouds going vertically while traveling horizontally. What force manifests it? Most possibly it’s a machine that blows the clouds upwards.
The cloud is wasted gas of a moving vehicle. It’s a true green energy.

The radius at the middle part of the trangle growing bigger to match the side line length. So at the sides, side line > radius.

When entering the circle area, why suddenly both radius and side line become EQUAL ??? 👏👏👏

 

(The above illustration was taken randomly from Google).

There has been a corruption of calculation, when longer sized side lines (CB & CA) are treated the same size as the radius (CD).

In fact CB > CD as much as CA > CD.

So for circular area you should substract your existing assumption about its calculation.
Circular Area ain’t equal 1/2r.C.
The true Circular Area equals 1/2r.C – X.
X = area substraction due to the adjustment or shortening of side lines to be as far as the radius length.

For area, pi is right.

But the assumption of C should be rethought.

C is bigger than what is assumed so far.

If straight line of C becomes circular, Archimedes method will find pi as constant of area, but remember, this pi’s area is the result of area substraction as the inevitable consequence after the side line radiuses is shortened to be as far as the actual radius.

Pi’s area is okay – series confirms it – but you should add the size of your assumption about C.