Answer:
choosing two socks from a drawer of black and white socks without replacement
Step-by-step explanation:
Dependent events have results that depend on each other. When I take one sock out, there are less socks in the drawer to pick from. The probability of picking a certain sock changes because the number of socks are different when I do not put the sock back. That makes the events dependent.
When I put the sock back, the probability goes back to what it was before I took the sock, and now the results do not depend on each other, so when they are replaced, they are independent
Answer:
Step-by-step explanation:
The concept of variance in random variable is applied in solving for the value of c for the estimator cW1 + (1 − c)W2 to be most efficient. Appropriate differentiation of the estimator with respect to c will give the value of c when the result is at minimum.
The detailed analysis and step by step approach is as shown in the attachment.
Answer:
Ok,You need to put the value of x that appears in the table to give you the result of h (x)
1.h(x)=4x+5
h(-5)=4(-5)+5
h(-5)= -20+5
h(-5)= -15
2.h(-1)=4(-1)+5
h(-1)= -4+5
h(-1)= 1
3. h(1)=4(1)+5
h(1)=4+5
h(1)=9
4. h(3)=4(3)+5
h(3)=12+5
h(3)=17
5. h(4)=4(4)+5
h(4)=16+5
h(4)=21
Step-by-step explanation:
x h(x)
-5 -15
-1 1
1 9
3 17
4 21
I hope this help.Please give me the brainliest
Hello!
We can put the x values in and see if we get y
Option 1:
Set A: y = 4x - 2
Do the first values
y = 4(-1) - 2
y = -4 - 2
y = -6
Look at the next one to be sure
y = 4(1) - 2
y = 4 - 2
y = 2
So the set A equation is correct we can look at set be now
y = x + 4
y = -5 + 4
y = -1
Try the next one to be sure
y = -2 + 4
y = 2
So the set B equation is also correct
The answer is the first one
Hope this helps!
