Answer:
- <u>Associative Property of Multiplication</u>: [ 3(5) (4) = (3) 5(4)]
- <u>Identity Property of Multiplication</u>: 5(1) = 5
- <u>Identity Property of Addition</u>: (3 + 5) + 0 = (3+5)
- <u>Commutative Property of Addition</u>: 3 + 5 = 5 + 3
- <u>Associative Property of Addition</u>: 3 + (5 + 7) = (3 + 5) + 7
Step-by-step explanation:
The associative property lets you move parentheses in a sum or product. That is, it doesn't matter which sum or product you compute first.
The commutative property lets you swap the order of operands in a sum or product.
The identity property says the operation using the identity element gives the original value, unchanged.
The diameter of the circle can be found by using the distance formula with the two points given...
d^2=(4--10)^2+(6--2)^2
d^2=14^2+8^2
d^2=260
d=√260
d=2√65
Since the radius is just half of the diameter, r= √65
The center of the circle will just be the midpoint (the average of the coordinates of the two endpoints) of the two points given so:
c=(-10+4)/2, (-2+6)/2
c=(-3,2)
The standard form of the circle is:
(x-h)^2+(y-k)^2=r^2, where (h,k) is the center of the circle so we can say:
(x+3)^2+(y-2)^2=65
I think x equals 54
Hope this helps
A theorem suggests that an exterior is equivalent to the sum of two remote angles, so angle 4 = angle 2 + and 3
150 = 40 + x
x = 110
m^3 = 110
Answer: m = -3
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