Use the quadratic formula, x=

(don't know how to type the "-"sign in the formula, so there is only the "+" in the formula)
in this case, a=1, c=34, b is unknown
from the roots, we can tell that -b+

=2(5+3i)=10+6i
Note: the original equation already give b as -b, so -(-b)=10, b=10
using b^2-4ac=(6I)^2,
b^2-4*34=-36
b^2=100
you will also get b=10
Answer:
Step-by-step explanation:
The given function can be rewritten as y = ∛(27)*∛(x-3) - 5, or y = 3∛(x-3) - 5.
The basic (parent) function is y = ∛x. Graph this.
Next, perform a vertical stretch on this parent function: every y value will be 3 times its previous value.
Next, translate this graph 3 units to the right.
Last, translate this new graph 5 units downward.
Answer:
Step-by-step explanation:
Starting from the right, put this into groups of three so you can see for sure where a million is.
254 212 610
A million is right where the 4 is. So use the hundred thousands (the second 2) to round to the nearest million. Since 2 is less than 5, it rounds like this.
254 000 000
Answer:
2/12
Step-by-step explanation:
4w=2/3
1/4(4w)=1/4 x 2/3
w=2/12