Answer:
One pair of equivalent expressions is:
x - 3y + 12
12 - 3y - 2x + x + 2x
Second,
x + 3y + 12
3x + 2y - 2x + y + 12
third,
3y + 12
x + 3y + 2x - 3x + 7 + 5
four,
3x + y - 12
4y + 3y + 3x - 6y - 10 - 2
Step-by-step explanation:
In order to match the equivalent expressions we have to put each expression in its simplest form
So,
One pair of equivalent expressions is:
x - 3y + 12
12 - 3y - 2x + x + 2x
Second,
x + 3y + 12
3x + 2y - 2x + y + 12
third,
3y + 12
x + 3y + 2x - 3x + 7 + 5
four,
3x + y - 12
4y + 3y + 3x - 6y - 10 - 2
..
Answer:
C
Step-by-step explanation:
not enough information to prove they are congruent. the postulates need 3 things that are congruent, unless it's a right triangle, you only need two. However, in this image, they are not shown to be right triangles.
Answer:
721.39 to the nearest hundredth.
Step-by-step explanation:
7 2 1 . 3 9 <----- Quotient
| 52,04,09.0000
| 49
142 | 304
| 284
1441 | 2009
| 1441
14423 | 56800
43269
144269 | 1353100
1298421
54679
Answer:
a=-15
Step-by-step explanation:
Since there are 7 wholes, the whole number of it would be 7. In order to find the other part, you need to divide the numerator by the denominator. 1 divided by 3 = 0.333 (it keeps going, so put a line over it to show that it keeps going, or round it)
so, it would be
7.333
