Answer:
32 is not minimum value of C
Step-by-step explanation:
Given constraints:
Now we draw the graph of each constraint and see the feasible region in graph. Please have a look attached graph.
We got three corner points A(0,8) B(2,4) and C(6,0)
Now we find the optimal solution for each value of corner points.
C(0,8)=7(0)+8(8)=64
C(2,4)=7(2)+8(4)=14+32=46
C(6,0)=7(6)+8(0)=42
Option A is correct. 32 is not minimum value of C
Answer:
The circumference and the area of the circle are 6.28 yards and 3.14 yd² respectively.
Step-by-step explanation:
Circumference: This is defined as the distance around a circle.
The circumference of a circle is
P = πd............................. Equation 1
Where p = circumference of the circle, d = diameter of the circle
Area: This is the region bounded by a plane surface.
The area of a circle is
A = πd²/4 .................................. Equation 2
Where A = area of the circle, π = pie = constant.
Given: d = 2 yd.
Constant: π = 3.14
Substituting these values into equation 1 and 2 respectively.
P = 3.14(2)
P = 6.28 yard.
P = 6.28 yd
and
A = 3.14(2)²/4
A = 3.14×4/4
A = 3.14 yd²
Thus the circumference and the area of the circle are 6.28 yards and 3.14 yd² respectively.
Answer:
The variable x will follow a geometric distribution, with mean = 3 and standard deviation = 3.46.
The values for P(x) are:

Step-by-step explanation:
This kind of random variables can be descripted by the geometrical distribution.
This distribution shows the probability of having an amount of "failures" before the first "success" (or the other way).
Let x be the number of trustworthy FBI agents tested until someone fails the test. The probability of failing a test is p=0.25
Then, the probability of x is:

The values for the first x are:

This probability will be descending as the the variable x increases.
The mean is:

The standard deviation is:
