A AStar617 Diamond Member Sep 29, 2002 4,983 0 0 Apr 14, 2006 #1 Can someone give me a start on how to go about approaching a problem like: Find all real numbers x and y such that 2x+1+3yi = x + 5i Don't need the answer, just the overall concept, or first step so I can tackle it... Thx
Can someone give me a start on how to go about approaching a problem like: Find all real numbers x and y such that 2x+1+3yi = x + 5i Don't need the answer, just the overall concept, or first step so I can tackle it... Thx
Z zanieladie Diamond Member Jan 19, 2003 3,280 1 0 Apr 14, 2006 #2 I'm bookmarking this for later. It's 2:30 in the morning here and I'm approaching being brain dead.
A AStar617 Diamond Member Sep 29, 2002 4,983 0 0 Apr 14, 2006 #3 I'm east coast too. Assignment will be handed in by the time "later" rolls around, most likely
A AStar617 Diamond Member Sep 29, 2002 4,983 0 0 Apr 14, 2006 #4 Here's what I have so far... I'm thinking that the y term needs to be alone on one side of the equation... so in this example: 2x+1+3yi = x + 5i 3yi = x + 5i - 2x - 1 3yi = -x + 5i - 1 y = (-x +5i - 1) / 3i ...and this is where it falls apart. I just feel like I'm freewheeling down the wrong path, or should have it in some other form...
Here's what I have so far... I'm thinking that the y term needs to be alone on one side of the equation... so in this example: 2x+1+3yi = x + 5i 3yi = x + 5i - 2x - 1 3yi = -x + 5i - 1 y = (-x +5i - 1) / 3i ...and this is where it falls apart. I just feel like I'm freewheeling down the wrong path, or should have it in some other form...
Brainonska511 Lifer Dec 10, 2005 28,845 14,069 136 Apr 14, 2006 #5 Wouldn't you want to make y = 0 so you can find the roots of the equation? (almost 3 here, so don't hold me accountable if it doesn't work)
Wouldn't you want to make y = 0 so you can find the roots of the equation? (almost 3 here, so don't hold me accountable if it doesn't work)
A AStar617 Diamond Member Sep 29, 2002 4,983 0 0 Apr 14, 2006 #6 What i needed to do is set the real and imaginary portions equal to each other, then solve for x and y accordingly. Yay me
What i needed to do is set the real and imaginary portions equal to each other, then solve for x and y accordingly. Yay me