Society & Culture2 mins ago
What Does This Sentence In A Textbook Called 'sciencia' Mean? (See Below, Picture Of Book's Pages Attached With Doubts)?
17 Answers
1st paragraph all the way up to c2 : what is the squares in this sentence? I put question marks in my confusions. the two 'paragraphs' or 'whatever' I boxed are both messed up, like its both confusing when I read them one 'whatever' by one 'whatever'. In the 'four triangles can also be arranged in this large square to leave a central space..... what does >>>IN
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I have just realised that this is a question that has bee posted on numerous sites but your question was cut short on here because for some reason the use of a "" leads to all subsequent text not appearing.
The full question with links should have been:
1st paragraph all the way up to c2 : what is the squares in this sentence? I put question marks in my confusions. the two 'paragraphs' or 'whatever' I boxed are both messed up, like its both confusing when I read them one 'whatever' by one 'whatever'. In the 'four triangles can also be arranged in this large square to leave a central space..... what does IN ">>>" THIS ">>>" LARGE SQUARE mean? (PICTURE ATTACHED TO THE PASSAGE) only this part (the "in the square") is confusing. https:/
https:/
https:/
and the last one is hard to visualize and understand. If you could explain a simple process I will give you 5 stars. I promise. No lie.
The full question with links should have been:
1st paragraph all the way up to c2 : what is the squares in this sentence? I put question marks in my confusions. the two 'paragraphs' or 'whatever' I boxed are both messed up, like its both confusing when I read them one 'whatever' by one 'whatever'. In the 'four triangles can also be arranged in this large square to leave a central space..... what does IN ">>>" THIS ">>>" LARGE SQUARE mean? (PICTURE ATTACHED TO THE PASSAGE) only this part (the "in the square") is confusing. https:/
https:/
https:/
and the last one is hard to visualize and understand. If you could explain a simple process I will give you 5 stars. I promise. No lie.
Okay, I can see the pictures, although the images are not very clear.
The pages seem to be covering GCSE Maths topics of angle rules relating to angles on a line, at a point and in similar triangles, as well as aproof of Pythagoras' theorem.
But I don't understand your questions. What do the 3 'whatever' references mean, for example.
Can you set each query out separately and indicate which diagram/page you are referring to, please.
The pages seem to be covering GCSE Maths topics of angle rules relating to angles on a line, at a point and in similar triangles, as well as aproof of Pythagoras' theorem.
But I don't understand your questions. What do the 3 'whatever' references mean, for example.
Can you set each query out separately and indicate which diagram/page you are referring to, please.
Thanks, Tilly.
jpv05. Regarding "'four triangles can also be arranged in this large square to leave a central space", I suggest you draw it out, then cut out the larger square, the smaller square and the two triangles shapes and piece them together in the two ways shown, including as in the third diagram which has one large shaded central square (which has been rotated by 30-60 degrees- I can't remember which as I've closed the images)
jpv05. Regarding "'four triangles can also be arranged in this large square to leave a central space", I suggest you draw it out, then cut out the larger square, the smaller square and the two triangles shapes and piece them together in the two ways shown, including as in the third diagram which has one large shaded central square (which has been rotated by 30-60 degrees- I can't remember which as I've closed the images)
Proving the angle sum of a triangle is 180 degrees is straightforward, although these proofs always rely on using some other known facts which you don't have to prove- in this case angles on a straight line add up to 180, and alternate angles (where parallel lines are involved) are equal.
eg http://
eg http://
jpv- I think this explains the Pythagoras bit more clearly as it uses colour
http://
http://
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