Which point on the graph of y Vx is closest to the point (7, 0)? 4....
Which points on the graph of y=4-x2 are closest to the point (0,2)?
Use the curve y = VX-2 and the point (5.0) to answer the following. (a) [5 pts) What equation provides the distance, d, between a point on the curve and the point (5,0)? (b) [5 pts) Find the point on the curve y= VX-2 that is closest to the point (5.0).
3. What point on the line y = 7 - 3x is closest to the origin? a. Sketch the line carefully and mark the point on the line that you think is closest to the origin. b. Write the distance between the origin and a point (x,y) in the plane. If you don't know, think of a triangle with base x and height y. 8 7 6 c. The point must be on the line, so you can write the...
write
clearly please
4. Which points on the graph of y = 5 – x2 are closest to the point (0,4)?
Write the function whose graph is the graph of y = VX + 3, but is reflected about the x-axis. y = - x2 +3 (Simplify your answer.)
Suppose the point (2, 4) is on the graph of y = f(x). Find a point on the graph of the given function. 21) y=3f(x - 2) - 5 A) (4, -3) B) (0, -3) (7) D) (4,7)
The graph is a translation of one of the basic functions y x2.y-x3 y Vx, y Ix). Find the equation that defines the function. 108-6-4 -21 214 6 810 Type an expression using x as the variable. Do not simplify.)
3y+ 6z = 11 on the surface 22y2522 = 1 4. Find the closest point to 5. Find the smallest value of r22y2322 if Minimum is at the point , ,9) y + 3z = 4 6. Find the extremes of the following functions over the region R:the triangle (0,0), (1,0) and (1, (a) f(x, y) 3x2+4 Min: 0 at (0,0), Max: 7 at (1,1 (b) f(r, y) = V + Min: 0 at (0,0), Max: 2 at (1,1) (c)...
Graph x, ax, y, and ay from the graph of vx and vy.
Graph of position and acceleration from velocity The following are graphs of v and v, as functions of time. time (seconds) 2 time (seconds) Use these graphs to make sketches of: x, a,, y, and a, as functions of time.
Which graph best describes the function fx vs
vx (the distribution of the velocity component in the x
direction only).
Enter 1-4. Please explain why. Graph #3 is incorrect
fx1 VX 1) VX 2) VE 3) VX 4)