Answer:
<em>y = - x + 6 </em>
Step-by-step explanation:
<em>--</em><em> </em>Rhombus diagonals <u><em>are perpendicular and bisect</em></u> each other.
<em>--</em><em> </em>A( 
, 
) and B( 
, 
)
Coordinates of <u><em>the midpoint</em></u> of a segment AB are
( 
, 
)
and <u><em>formula of a slope</em></u> of the line segment AB is
m = 
<em>-- </em>If AB ⊥ CD then 
× 
= - 1
<em>-- </em><u><em>Slope-point of linear equation</em></u> is
y - = m( x - )
~~~~~~~~~~~~~~~~
M(0, 2)
T(4, 6)
= 
= 1
= - 1
Coordinates of the intersection of the diagonals are ( 
, 
) = (2, 4)
y - 4 = - 1(x - 2)
<em>y = - x + 6</em> <u><em>is slope-intercept form of the diagonal AH</em></u>
Answer:
C. 128 in²
Step-by-step explanation:
We know that the opposite sides of rectangles are congruent, so 8 = 2x. If we divide 8 by 2 and 2x by 2, we get x = 4.
- This means that the other side length, (3x + 4), equals 3(4) + 4 = 12 + 4 = 16 inches
Now, the area of a rectangle is l × w, where l = length and w = width. The dimensions of this rectangle are 8 and 16, so 8 × 16 = 128 in².
Answer:
21yrnrndjen edjdje ebsjnednzhdhr
Answer:
just put like what oh yea put 72
Well, a logarithmic expression is just an exponential expression written from the point of the exponent.
now, ln is just a shorthand for the logarithm with a base "e" or euler's constant, so-called the "natural logarithm", now, let's use the exponential version of that here, and let's say equals an constant exponent of "k",
now, look closely, what "k" value, what exponent, negative or fraction or positive, will ever make "e" to 0? none, so one can say is "undefined".
