Ho, I gare it now. After all an infinity of functions can be perpendicular to my line, but since this ecuation have to pass throw my point then I can use the formula for the slope to calculate my ecuation and even my point. Now its clear.
@olvvvvlo Its easy now, you must calculate the distance between the original point and the point where both lines intersect. By knowing each points coordinates, you proceed to a pythagorean theorem (if you draw the line uniting both points, you can imagine a right rectangle and you can easily find its catheti and, therefore, calculate its hypotenuse
I discovered a faster way ;D
1- Get the perpendicular point in the line of the given point (the shortest distance between the point and the line)
2- Now you have 2 points, so just use the distance between 2 points formula
Easy ;D
outspolsis 5 months ago
sir would you mind to send me a video of your demo regarding binomial theorem.I'll be using it tom. thanks
jhomsliz 6 months ago
Thank you, this helped me.
nailuj360 1 year ago
And finally the solution is solving a two incognits first degree ecuation system.
olvvvvlo 1 year ago
Ho, I gare it now. After all an infinity of functions can be perpendicular to my line, but since this ecuation have to pass throw my point then I can use the formula for the slope to calculate my ecuation and even my point. Now its clear.
olvvvvlo 1 year ago
so... How am I suposed to calculate that distance?
olvvvvlo 1 year ago
@olvvvvlo Its easy now, you must calculate the distance between the original point and the point where both lines intersect. By knowing each points coordinates, you proceed to a pythagorean theorem (if you draw the line uniting both points, you can imagine a right rectangle and you can easily find its catheti and, therefore, calculate its hypotenuse
97codycommander 1 year ago
@olvvvvlo use the distance formula :P
lqlw01 1 year ago