Answer:
∠ACG same side interior angles with ∠CGH and ∠CGE
Step-by-step explanation:
If parallel lines are drawn by a traverse certain angles (which have the same magnitude = equal) are created:
Corresponding Angles: same corners angles
Alternate Interior Angles: Alterative sides of the traverse, and the two crossed lines at the interior.
Alternate Exterior Angles: on the outer side of each of the two lines and on transversal opposite sides
Consecutive Interior Angles: To this side of the transverse with the two lines within. The Consecutive Inside Angles result in up to 180 ° when the two lines are parallel
As we can see from the figure
Alternate Interior Angles:
angles ∠ACG & ∠CGH and ∠DCG & ∠CGE
Consecutive Interior Angles:
angles ∠ACG & ∠CGE and ∠DCG & ∠CGH
Therefore ∠ACG same side interior angles with ∠CGH (Alternate Interior Angles) and ∠CGE (Consecutive Interior Angles)
The equation you would be using for this problem would be:
40+25m=240
The total months to get 240 would be 8, which could also be written as m=8
Answer:
1st integer = 5
2nd integer = 6
3rd integer = 7
Step-by-step explanation:
Let:
1st integer = x
2nd integer = x + 1
3rd integer = x + 2
Now according to given conditions:
x + x + 1 = 4+ x +2
Adding like terms
2x +1 = 6 + x
Taking terms with x on left side and others on right
2x - x = 6 -1
x = 5
Proof:
x + x + 1 = 4+ x +2
Putting x = 5
5 + 5 + 1 = 4 +5 +2
11 = 11
Hence proved!
So,
1st integer = 5
2nd integer = 5 + 1 = 6
3rd integer = 5+ 2 = 7
I hope it will help you!
Answer:
Step-by-step explanation:
There are 36 total possible combinations with 2 number cubes. Only 3 of these combinations add up to 10 (4 and 6, 5 and 5, 6 and 4).
, so the probability is .