Question

4. A:The probability density function of a normal distribution takes the form of a bell curve....

4.

A:The probability density function of a normal distribution takes the form of a bell curve. What does the area under that bell curve represent?

Part B In light of your answer to Q4A, interpret the area under the bell curve to the left of the mean.

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
Which of the following is a characteristic of the normal distribution? A. The standard deviation equals...
Which of the following is a characteristic of the normal distribution? A. The standard deviation equals to 0. B. The mean equals to 1 C. The curve Is symmetrical D. The bell curve is skewed The normal distribution curve has the property of being asymptotic; this means that . A. The area under the curve is not skewed to the left B. The curve is symmetrical C. The area under the curve is not skewed to the right D. The...
1) With a normal probability distribution curve, identify which statement is false:             >all the possible...
1) With a normal probability distribution curve, identify which statement is false:             >all the possible probabilities are under the curve.                   >the area under the curve is <1                   >the left side is a mirror image of the right side of the curve                         >the probability that an item could have 5 grams less weight and 5 grams more weight is the same. 2) Asymptotic is the term used to show that the tails of a normal distribution:                  ...
Which of the following is always true for all probability density functions of continuous random variables?...
Which of the following is always true for all probability density functions of continuous random variables? A. They have the same height B. They are bell-shaped C. They are symmetrical D. The area under the curve is 1.0 Like the normal distribution, the exponential density function f(x) A. is bell-shaped B. approaches zero as x approaches infinity C. approaches infinity as x approaches zero D. is symmetrical
The normal distribution is also known as the Gaussian distribution and the “Bell-shaped curve”. Why is...
The normal distribution is also known as the Gaussian distribution and the “Bell-shaped curve”. Why is it also known by these two names (hint – search for this on the internet). Under what conditions do I choose to use the Student T distribution versus the Normal Distribution? Who developed the Student T distribution and for what use?
Table 1: Cumulative distribution function of the standard Normal distribution z: 0 1 2 3 Probability...
Table 1: Cumulative distribution function of the standard Normal distribution z: 0 1 2 3 Probability to the left of z: .5000 .84134 .97725 .99865 Probability to the right of z: .5000 .15866 .02275 .00135 Probability between z and z: .6827 .9544 .99730 Table 2: Inverse of the cumulative distribution function of the standard Normal distribution Probability to the left of z: . 5000 .92 .95 .975 .9990 z: 0.00 1.405 1.645 1.960 3.09 1 Normal Distributions 1. What proportion...
For probability density function of a random variable X, P(X < a) can also be described...
For probability density function of a random variable X, P(X < a) can also be described as: F(a), where F(X) is the cumulative distribution function. 1- F(a) where F(X) is the cumulative distribution function. The area under the curve to the right of a. The area under the curve between 0 and a.
Using the standard normal distribution determine: a) The area under the curve to the left of...
Using the standard normal distribution determine: a) The area under the curve to the left of z=-2.38 b) The area under the curve to the right of z=1.17 c) The area under the curve between z=-1.52 and z=2.04
1. About ____ % of the area under the curve of the standard normal distribution is...
1. About ____ % of the area under the curve of the standard normal distribution is between z = − 1.863 z = - 1.863 and z = 1.863 z = 1.863 (or within 1.863 standard deviations of the mean). 2. About ____ % of the area under the curve of the standard normal distribution is outside the interval z=[−2.24,2.24]z=[-2.24,2.24] (or beyond 2.24 standard deviations of the mean). 3. About ____ % of the area under the curve of the...
Find the area to the left of x = 28 under a normal distribution curve with...
Find the area to the left of x = 28 under a normal distribution curve with μ = 35 and σ = 5 . Round your answer to four decimal places.
1. the area under the normal distribution curve that lies within one standard deviation of the...
1. the area under the normal distribution curve that lies within one standard deviation of the mean is approxiamtely ____%. 2. for a normal distribution curve with a mean of 10 and a standard deviation of 5, what is the range of the variable thay defines the area under the curve correaponding to a probability of approximately 68%? true or false: 3. a probability can be greater than one, but not equal to zero. 4. quartiles are used in box...
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT