In this exercise we have to use the knowledge in computational language in python to write a code with circles and squares.
<h3>how to draw geometric figures in python?</h3>
<em>inputs = 100</em>
<em>radius</em>
<em> draw_circle(radius);</em>
<em> pendown()</em>
<em> begin_fill()</em>
<em> circle(radius)</em>
<em> end_fill()</em>
<em> penup()</em>
<em>left(90)</em>
<em>forward(radius*2)</em>
<em>right(90) </em>
<em>penup()</em>
<em>setposition(0,-200)</em>
<em>color("gray")</em>
<em>bottom_radius = int(input("What should the radius of the bottom circle be?: "))</em>
<em>draw_circle(bottom_radius)</em>
<em>draw_circle(bottom_radius)</em>
See more about python at brainly.com/question/18502436
Answer:
I honestly don't know if you're being serious or not as this was a popular thing a few years ago, there are a few videos on yt, one particularly from 2008 that answers your question pretty well.
Clipping through a loading area requires at least 400 speed. But if you're just interested in the usual speed, there are multiple glitches to make him go faster than his usual x3.5 increased running speed (which is the speed you get at the LEAST when BLJing) but it seems the average is -200. I've seen people get up to -900 though, so.
Basically, it can vary. In a very specific area he can get max momentum of -9373, which is probably the fastest even though it's against a wall.
Wheres the rest???????????????????
Answer:
ejwksjnsskawii28393939393030jedjdjjccjncncnccnnccn
Explanation:
jsskaaaahujpjbhdueiwiwopwpwpwwieuehbfcnnccjxkxooss8ahwhwwnekdodod8djhdmslwoaishwhwkqoq18829293i4644673819191jednsmzljesksowlwlwpwpwnwkpwwwww waaaaayushsjsnmssoss ss sosijw
Fragmented would be the answer