AD = DB
Angle ADE = Angle CDB
Angle DAE = Angle DBC (Alternate angles)
Angle DEA = Angle DCB (Alternate angles)
Since you have two congruent angles and one congruent side, triangle ADE is congruent to triangle CDB. This means that DE is congruent to DC implying D is the midpoint of CE.
Comparing the angles:
G = K = 58
F = J = 87
So E = L = 35
All the angles are the same for both, so they are congruent, not proportional.
Because the side lengths are different on the two triangles they cannot be congruent ( exactly the same) but they are similar since the 3 inside angles are the same.
The answers are:
Angle E corresponds to angle L.
The two triangles are similar.
Answer:
x > -1
Step-by-step explanation:
-10 < x - 9 add 9 to both sides of the inequation
9 + (-10) < x - 9 + 9 minus 9 will eliminate the positive 9 on the right side of the inequation therefore the answer is:
-1 < x and x > -1
Interesting Question
What you are being asked is What is the line Perpendicular to AB going through point (7,6)
Step One
What is the slope of the given line
-7x + 3y = -21.5 Add 7x to both sides.
3y = 7x - 21.5 Divide by 3
y = 7x/3 - 21.5/3
The slope of the given line is 7/3 (just read it)
Step Two
What is the slope of the line perpendicular to it.
The slopes are connect by the formula
m1 * m2 = - 1
m1 = 7/3
7/3 * m2 = - 1 Multiply by 3/7
m2 = - 1 * 3/7
m2 = - 3/7
Step three
Find the y intercept, where b in the equation below is the y intercept..
y = -3/7 x + b
y = 6
x = 7
6 = -3/7 * 7 + b
6 = -3 + b Add 3 to both sides.
6 + 3 = b
b = 9
Step Three
State the equation
y = - 3/7 x + 9
Now you have to juggle the numbers to get the answer.
Step 4
put the -3/7 x on the left side.
y + 3/7 x = 9 Multiply both sides by 7
7y + 3x = 63 Now for some strange reason, you divide by 2
3.5y + 1.5x = 31.5 The answer is the second one down (middle one).
Answer:
The answer is B.dividing 36.2 by ten thousands. Plz mark as the brainlyest answer.
Step-by-step explanation:
