07-09-2019, 01:29 PM
(This post was last modified: 07-09-2019, 01:36 PM by Giantzebra.)
(07-09-2019, 01:24 PM)MrBossmanJr Wrote: Ahhh, my bad forgot to mention. I found you the x and y values, but you need to do the pyrgahteka theorem to find the answer. 2^2 + 4^2 and square root the answer. Therefore, you come out with sq rt 20.
EDIT: My spelling is terrible and I can't remember the guy's name lol.
Thanks.
Do you also know how the extreme value theorem can be true if f(x) = x is continuous on every closed interval but has no minimum or maximum?
(07-09-2019, 01:29 PM)Giantzebra Wrote:(07-09-2019, 01:24 PM)MrBossmanJr Wrote: Ahhh, my bad forgot to mention. I found you the x and y values, but you need to do the pyrgahteka theorem to find the answer. 2^2 + 4^2 and square root the answer. Therefore, you come out with sq rt 20.
EDIT: My spelling is terrible and I can't remember the guy's name lol.
Thanks.
Do you also know how the extreme value theorem can be true if f(x) = x is continuous on every closed interval but has no minimum or maximum?
And, why do the Pythagorean theorem?