Pythagorean Triples are integer solutions to the Pythagorean Theorem, a^2+b^2=c^2. As such, the solutions identified in the above four problems all qualify as Pythagorean Triples. Using what you know about similar triangles and the four Pythagorean triples you have identified, complete the following table:

Leg1 Leg2 Hypotenuse
3 4
6 8
9 12
5 12
10 24
15 36
7 25
14 50
21 75
15 17
30 34
45 51

Question

Pythagorean Triples are integer solutions to the Pythagorean Theorem, a^2+b^2=c^2.  As such, the solutions identified in the above four problems all qualify as Pythagorean Triples.  Using what you know about similar triangles and the four Pythagorean triples you have identified, complete the following table:

Leg1	Leg2	Hypotenuse
3	4	
6	8	
9	12	
5	12	
10	24	
15	36	
7		25
14		50
21		75
	15	17
	30	34
	45	51

pucusana · Answer

can you help me?

nethercreep333 · Answer

probs not sorrry @ParthKohli  @Qwertty123  @IrishBoy123  they might can

pucusana · Answer

can you help me, please?

qwertty123 · Answer

Hello! :D

irishboy123 · Answer

just compute the sides, and scale up the integer multiples

so a 3,4,5 justifies a 6, 8, 10

pucusana · Answer

what about leg 2?

pucusana · Answer

hello are you there?

irishboy123 · Answer

which one is that?

pucusana · Answer

the second on the list, the middle

mathstudent55 · Answer

@pucusana 
Use the Pythagorean theorem. If the legs are 3 and 4, what is the hypotenuse?

irishboy123 · Answer

oh i see

take $a^2 + b^ 2 = c^2 $ and re-write as $a^2 = c^2 - b^ 2$

is that the confusion?

pucusana · Answer

thank you for the tip you all have been very kind. :)