Question

several conception about independent Q1. if two event is independent, then they are disjoint???? Q2. if...

several conception about independent

Q1. if two event is independent, then they are disjoint????

Q2. if two event are independent ,then P(A|B)=P(A)???

Q3. If two events are independent, then P(A intersection B)=P(A)+P(B)-0 ???

Q.4 if two events are independent, then P(A|B)=P(A)P(B) if yes, please explain why because in my textbook it should be P(A and B)=P(A)P(B)

Please follow the comments as well

Homework Answers

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
Q1. if two event is independent, then they are disjoint???? Q2. If two events are independent,...
Q1. if two event is independent, then they are disjoint???? Q2. If two events are independent, then P(A intersection B)=P(A)+P(B)-0 ??? Q.3 if two events are independent, then P(A|B)=P(A)P(B) if yes, please explain why because in my textbook it should be P(A and B)=P(A)P(B) Please follow the comments as well Please explain organically
Conception about independent and identically distribued in the real life explanation, for example assume the human...
Conception about independent and identically distribued in the real life explanation, for example assume the human height is i.i.d, then random variable E[X_bar1]=E[X_bar2]=...E[X_barn] and X_bar=Sn/n, Sn=X1+X2...+Xn so we draw one person, assume his height is 5ft7 then we draw 2 people, their average height will be 5ft 7, we draw 10 people and their average height is 5ft7?? is this correct??? Please correct my conception if I am not making sense and follow the comment as well
Let M be defined as follows: M = ({q0, q1, q2, q3}, Σ = {a, b},...
Let M be defined as follows: M = ({q0, q1, q2, q3}, Σ = {a, b}, ∆, s = q0, F = {q2}) and ∆ = {(q0, a, q1), (q1, b, q0), (q1, b, q2), (q2, a, q0)} 1. (2pts) Draw the diagram of M 2. (13pts) Evaluate all relevant steps of the general method of transformation the NDFA M defined above into an equivalent DFA M0 . Do it in the following STAGES. STAGE 1 (3pts) For all q...
Conception about hypothesis test: Q1. my professor said if the null hypothesis is true, then it...
Conception about hypothesis test: Q1. my professor said if the null hypothesis is true, then it is normal distribution but what does that mean? because sometimes we will reject the H0, does that mean if we reject it then it is not normal distribution? Q2. sometimes we will have H0: u=30 something like that, but I don't understand as i was told that we don't know the population value; however u is the population value so i am confused. Plus,...
1. Define PS to be the event that a college student owns a Playstation 4, and...
1. Define PS to be the event that a college student owns a Playstation 4, and X to be the event that a college student owns an Xbox One.We know P( PS) = 0.7 and P(X) = 0.4. Are the events PS and X Mutually Exclusive(disjoint)? a) Yes b) No 2. We also know P( PS|X) = 0.75. Find the probability a college student owns both a Playstation 4 and an Xbox One. Recall that P( PS ) = 0.7...
Q1: a) Re-derive the inclusion-exclusion principle for two events using only the probability axioms. Probability axioms:...
Q1: a) Re-derive the inclusion-exclusion principle for two events using only the probability axioms. Probability axioms: Given an event A in Ω: A1) P(A) >= 0 A2) P(Ω) = 1 A3) P(U (from i=1 to n) A_i) = Σ (from i=1 to n) P(A_i) - if A_i's are disjoint/ mutually exclusive Inclusion Exclusion Principle for two events: (A U B) = (A) + (B) + (A ∩ B) b) Then, using only the axioms and the inclusion-exclusion principle for two...
Two spheres carrying the charge Q1=+Q,Q2=−Q uniformly distributed across the surface have radii R1 and R2,...
Two spheres carrying the charge Q1=+Q,Q2=−Q uniformly distributed across the surface have radii R1 and R2, and their centers are a distance dapart. We assume that d>>R1,R2. (a) Why is this assumption necessary? (b) Choose a coordinate axis along the direction that connects the centers of the two spheres.Choosethe origin at the center of sphere 1. This defines the radial direction. In unit vector notation, what is the net electric field at some point P between the surfaces of the...
Q1. Which event from below is not expected to improve labor productivity? A.The acquisition of more...
Q1. Which event from below is not expected to improve labor productivity? A.The acquisition of more education and training by the labor force. B.Technological advance. C.The realization of economies of scale. D.An increase in the size of the labor force. Q2. Say, you know that the labor productivity is increasing by 2 percent every year due to technology improvements. Knowing this and keeping everything else equal, estimate the number of years for the standards of living to double A.35 years....
Suppose there are two firms in the market. Let Q1 be the output of the first...
Suppose there are two firms in the market. Let Q1 be the output of the first firm and Q2 be the output of the second. Both firms have the same marginal costs: MC1 = MC2 = $5 and zero fixed costs. The market demand curve is P = 53 − Q. (a) (6 points) Suppose (as in the Cournot model) that each firm chooses its profit-maximizing level of output assuming that its competitor’s output is fixed. Find each firm’s reaction...
Q1 Ch1 (20%) a. Supply: Suppose the following information is known about a market: 1. Sellers...
Q1 Ch1 (20%) a. Supply: Suppose the following information is known about a market: 1. Sellers will not sell at all below a price of $2. 2. At a price of $10, any given seller will sell 10 units. 3. There are 100 identical sellers in the market. Assuming a linear supply curve, use this information to derive the market supply curve. b. Demand: Suppose the demand for a particular product can be expressed as Q = 100/p. Calculate the...
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT