4,000,000
Since the 6 in 629,470 is larger than 4 than you would round up.
hope it helps!
Try them and see.
For the first:
3(-3) + 0 = -9 . . . . not > -8
3(-2) + (-1) = -7 . . . is > -8 . . . . . 2) (-2, -1) is a solution
For the second:
4 - 4(-2) = 12 . . . . not ≤ -6
-2 -4(1) = -6 . . . . . is ≤ -6 . . . . . . 2. (1, -2) is a solution
Answer:
The answer to your question is z =
Step-by-step explanation:
Process
I'll solve this problem using proportions, I hope it helps you
We consider the adjacent side of both triangle
Adjacent side small triangle = x Adjacent side big triangle = 10
Proportion of these sides =
Now, consider the opposite side of both triangles
Opposite side fo small triangle = 2 Opposite side big triangle = x
Proportion =
Now, equal both proportions and solve for x
x² = 20
x =
x = 2
Using Geometric mean
x =
Using the Pythagorean theorem to find z
z² = (√20)² + 2²
z² = 20 + 4
z² = 24
z =
Answer: OPTION D .
Step-by-step explanation:
1. By definition the function cut or intersects the y-axis when the value of x is equal 0 (x=0).
2. Therefore, you can observe the table given in the problem and see the value of y when x is equal to zero.
3. Keeping this on mind you can see that when x=0, y=8.
Therefore, you can conclude that the y-intercept in the table is 8.
4. As you can see in the graph, the y-intercept is at 5.
5. Then, since 5<8, the answer is the option D
The difference is zero, because whenever you multiply,
the order of the factors doesn't matter. I think that's the
"commutative" property of multiplication, but I may be
wrong about that name.