Calculate for a binomial probability distribution with n = 4730 and = .205. A) 27.76 B) 969.65 ...

Author Question: Calculate for a binomial probability distribution with n = 4730 and = .205. A) 27.76 B) 969.65 ... (Read 61 times)

jwb375

Hero Member
Posts: 540

on: Jul 25, 2018

Calculate for a binomial probability distribution with n = 4730 and = .205.

A) 27.76 B) 969.65 C) 770.87 D) 31.14

Question 2

Calculate for a binomial probability distribution with n = 20 and = .73.

A) 5.4 B) 3.82 C) 3.942 D) 14.6

kescobar@64

Sr. Member
Posts: 324

Reply #1 on: Jul 25, 2018

Answer to Question 1

B

Answer to Question 2

D

Need homework help now?

Ask unlimited questions for free

Ask a Question

« previous next »

Did you know?

Atropine, along with scopolamine and hyoscyamine, is found in the Datura stramonium plant, which gives hallucinogenic effects and is also known as locoweed.

Did you know?

Automated pill dispensing systems have alarms to alert patients when the correct dosing time has arrived. Most systems work with many varieties of medications, so patients who are taking a variety of drugs can still be in control of their dose regimen.

Did you know?

In 2006, a generic antinausea drug named ondansetron was approved. It is used to stop nausea and vomiting associated with surgery, chemotherapy, and radiation therapy.

Did you know?

Pregnant women usually experience a heightened sense of smell beginning late in the first trimester. Some experts call this the body's way of protecting a pregnant woman from foods that are unsafe for the fetus.

Did you know?

Drug abusers experience the following scenario: The pleasure given by their drug (or drugs) of choice is so strong that it is difficult to eradicate even after years of staying away from the substances involved. Certain triggers may cause a drug abuser to relapse. Research shows that long-term drug abuse results in significant changes in brain function that persist long after an individual stops using drugs. It is most important to realize that the same is true of not just illegal substances but alcohol and tobacco as well.