Answer:
46 cm²
Step-by-step explanation:
Given: ANB is a straight line
AN= 9 cm
NB= 5 cm
Are of rectangle( ANCD)= 36 cm²
Now finding the length of rectangle ANCD.
Lets assume the length of rectangle be "l"
Area of rectangle=
⇒
dividing both side by 9 cm.
∴
Hence, NC= 4 cm
Next, finding the area of triangle ΔNBC
Area of triangle=
⇒ Δ NBC=
∴Δ NBC= 10 cm²
We know, the area of ANCD= 36 cm²
∴ Area of ABCD= Area of rectangle+area of triangle
⇒Area of ABCD= 36+10
∴ Area of ABCD= 46 cm²
The answer to this question is B. U’(0,-1)
Answer:
-3031/3
Step-by-step explanation:
hope this helps
Answer:
Each property is mentioned with the corresponding expression.
Step-by-step explanation:
Writing the property in front of every expression:
1. Additive Identity: 11+0 = 11
2. Associative Property of Multiplication: x*(y*z) = (x*y)*z
3. Additive Identity: 8+(-8) = 0
4. Commutative property of Addition: 14+20=20+14
5. Multiplicative Inverse: 2*1/2 = 1
6. Multiplicative Identity : 22*1 = 22
7. Associative Property of Addition: (19+12)+8=19+(12+8)
8. Commutative Property of Multiplication: a*9=9*a
9. Distributive Property: 7(4+11) = 7(4)+7(11)
Step-by-step explanation:
that is just a complicated way to ask, at what values of x is the functional value infinite ? or directly, for what values of x is the denominator of that fraction 0 ?
it is zero, if just one of the 3 factors is 0.
and that would happen for
x = 0
x = -6
x = 1
so, A, D and E are correct.