We are given with two coordinates (10, 7, 20) and (5, 3, -2) Which can be used to create a linear equation represented by vectors <x, y, z> = <x0, y0, z0> + t<mx, my, mz> We can get the slope by <mx, my, mz> = <10, 7, 20> - <5, 3, -2> = <5, 4, 22>
<x, y, z> = <x0, y0, z0> + t<5, 4, 22> At z = 0, and using the coordinates of either of the two points, the coordinates o the shadow of the point can be determined.
Easiest ways to solve them are to take the denominator and numerator and and divide the one you are asked to use to answer and divide and see if it works on both. Example: first 105 / 15 = 7 ) Then: 105 / 7 = 15 119 ) 119 / 7 = 17
Step-by-step explanation: A circle can't fit into an ellipse with such coordinate (3,0). What that coordinate means is that the ellipse lies along the x axis 3unit from the origin along the x axis and 0 unit from the origin along the y axis. At which no circle can fit in.
Moreso, the the coordinates at which the circle intercepts the ellipse as to be uniform not (3,0).
A circle as a constant radii coordinate on both axis.
Let x be the number of weeks that it will take Andy to reach his goal.
We have been given that Andy currently runs a total of 12 miles per week. He plans to increase that number by 1.5 miles, so number of miles increased in x weeks will be 1.5x and total number of miles ran in x weeks will be 1.5x+12.
Since Andy wants to reach a total of 26 miles per week, so we will equate the total number of miles ran in x weeks with 26.
Therefore, the equation can be used to determine x, the number of weeks that it will take Andy to reach his goal.