Answer:
181
Step-by-step explanation:
First, you need to find the value for g(10), that means that you have to substitute 10 in every x of g(x).
g(x)=x^2-10
g(10)=(10)^2-10
g(10)=100 - 10
g(10)= 90
Now that we have the value of g(10), we have to substitute in every x of f(x)
f(x)=2x+1
f(90) = 2(90) +1
f(90) = 180 +1
f(90) = 181
So the value of f[g(10)] is 181
Part A: 65/90 because you take the given number of positive test and put it over the total number of test.
Part B: it’s dependent because it depends on the negative to get the probability/likely hood.
Answer:
First Iterate: 11-2i
Second Iterate: 25-6i
Third Iterate: 53-14i
Step-by-step explanation:
Given:
f(z)=2z+(3-2i)
And
z_0=4
For the first iterate we have to put the value of z0 into the function in place of z.
First Iterate:
z_1=f(z_0 )=2z_0+(3-2i)
=2(4)+(3-2i)
=8+3-2i
=11-2i
Second Iterate:
For the second iterate we have to put the value of z1 into the function in place of z.
z_2=f(z_1 )=2z_1+(3-2i)
=2(11-2i)+(3-2i)
=22-4i+3-2i
=25-6i
Third Iterate:
For the third iterate we have to put the value of z2 into the function in place of z.
z_3=f(z_2 )=2z_2+(3-2i)
=2(25-6i)+(3-2i)
=50-12i+3-2i
=53-14i
I believe you are right with all of them.
feleetus
Step-by-step explanation: