Because when your solving a quadratic equation your looking for x-intercepts which is where why equals 0 and x equals what ever the answer is.
Volume (cube = length X width X height Algebraically V = lwh
In roman numerals, XII equals 12, and V equals 5. So as 12 plus 5 equals 17, XII plus V equals 17:) hope it helpedImproved Answer:XII+V = XVII (12+5 = 17)
It depends on what you are solving for. If you are solving for 'y', then the answer would be: y=4x+2 if you're solving for 'x': x=1/4y-1
V plus VI Equals XI OR V Plus IV Equals IX
Because when your solving a quadratic equation your looking for x-intercepts which is where why equals 0 and x equals what ever the answer is.
Yes you can... and its handy for solving Kirchoff's law mesh equations[V] = [R].[I] (that's [R].[I], remember order is important when multiplying matrices)
Volume (cube = length X width X height Algebraically V = lwh
O. V. German has written: 'Problem solving' -- subject(s): Artificial intelligence, Problem solving
w=lh/v
v equals five
4
v equals m divided by p
In roman numerals, XII equals 12, and V equals 5. So as 12 plus 5 equals 17, XII plus V equals 17:) hope it helpedImproved Answer:XII+V = XVII (12+5 = 17)
George V. Moser has written: 'Problem-solving conferences'
It depends on what you are solving for. If you are solving for 'y', then the answer would be: y=4x+2 if you're solving for 'x': x=1/4y-1
V plus VI Equals XI OR V Plus IV Equals IX