Answer:
Hence proved triangle ADE ≅ triangle BCE by Side Angle Side congruent property.
Step-by-step explanation:
Given:
AD ⊥ AB
CD
BC ⊥ AB
CD
AD = BC
∴ ∠ A = ∠ B = ∠ C = ∠ D =90°
∠ EDC = ∠ ECD
Solution
∠ C = ∠ BCE + ∠ ECD⇒ equation 1
∠ D = ∠ ADE + ∠ EDC⇒ equation 2
∠ C = ∠ D (given)
Substituting equation 1 and 2 in above equation we get
∠ BCE + ∠ ECD = ∠ ADE + ∠ EDC
But ∠ EDC = ∠ ECD (given)
∴ ∠ ADE = ∠ BCE
ED = EC (∵ base angles are same triangle is isosceles triangle)
Now, In Δ ADE and Δ BCE
AD =BC
∠ ADE = ∠ BDE
ED = EC
∴ By Side Angle Side congruent property
Δ ADE ≅ Δ BCE
Answer:
y=(x+4)/12
Step-by-step explanation:
f(x)=12x-4
To find the inverse follow these steps:
1.) Make f(x) y so y=12x-4
2.) Switch x and y
so, x=12y-4
3.) solve for y
add 4 to the other side and then divide by 12 to get y by itself.
Answer:
Step-by-step explanation:
A picture is needed
Answer:
The answer is A. (x-6)(x-6)
Step-by-step explanation:
x^2 -12x + 36
x^2 - (6+6) x+36
x^2 - 6x - 6x + 36
x( x - 6) -6(x-6)
(x-6)(x-6)