-(1/4) x2 = y . . . putting this in the standard form x2 = 4cy it becomes : x2 = 4*(-1)y = -4y. This tells us that the parabola is a downward opening parabola with its vertex at the origin(0.0). The focus is at a distance of -1 from the vertex, that is (0,-1). The directrix is equidistant to the focus but on the opposite side of the vertex and is thus the line y = 1. The length of the chord passing through the focus and perpendicular to the major axis is called the Latus Rectum and has a length of 4c. As c = -1 then the length is 4 but again shows as a negative value as it is "below" the vertex.
It is +1
That will depend on what x represents which has not been given.
When a given set of values for the variables are substituted in the expression the result is the value of the expression.
Given a value of x, find the value for -3x + 2
10
-(1/4) x2 = y . . . putting this in the standard form x2 = 4cy it becomes : x2 = 4*(-1)y = -4y. This tells us that the parabola is a downward opening parabola with its vertex at the origin(0.0). The focus is at a distance of -1 from the vertex, that is (0,-1). The directrix is equidistant to the focus but on the opposite side of the vertex and is thus the line y = 1. The length of the chord passing through the focus and perpendicular to the major axis is called the Latus Rectum and has a length of 4c. As c = -1 then the length is 4 but again shows as a negative value as it is "below" the vertex.
Given the median and trapezoid MOPN, what is the value of x?
Normally you would find the critical value when given the p value and the test statistic.
okay, where's the "given waveform"?
It is +1
how do you find the critical value for x squared when relating it to chi squares?
to find the range of values of triangle. Add the value of the sides of the given sides...is it?
Find -x for the given value of x.x =
That will depend on what x represents which has not been given.
use universal indicator
just to find out our given unknown resistance value or to put it another way, To find the value of the unknown resistor attached.