A small tip for part J would be just considering if the graph goes through the origin. For any graph of this equation, p(x) = -p(y). Now think about any polyonomial, x cubed, x squared, 3xsquared + 2, they all have to have x and y go through the origin. Now we can see that the only graph that does not go through the origin is A, and as such we can immediately cancel out A, leaving us with the answer evidently being C. Great video btw😌
For question E, I saw 13 and 21 as consecutive Fibonacci sequence numbers, so I just looked for the closest answer that looked a bit like the golden ratio- so I guessed sqrt5 -2 and got it right 💀
The day Drew stops drawing graphs is the day the world will end
A small tip for part J would be just considering if the graph goes through the origin. For any graph of this equation, p(x) = -p(y). Now think about any polyonomial, x cubed, x squared, 3xsquared + 2, they all have to have x and y go through the origin. Now we can see that the only graph that does not go through the origin is A, and as such we can immediately cancel out A, leaving us with the answer evidently being C. Great video btw😌
For question E, I saw 13 and 21 as consecutive Fibonacci sequence numbers, so I just looked for the closest answer that looked a bit like the golden ratio- so I guessed sqrt5 -2 and got it right 💀
Gigachaddery