Statistics Handbook > Help with Statistics Equations

Looking for statistics help? If you’re like most people, giant statistics equations are difficult to work through. They take so long, and one tiny mistake along the way throws the whole thing off.

*Super frustrating!*Here are six ways you can get help with statistics equations:

## Help with Statistics Equations #2: The Practically Cheating Statistics Book.

This is the book your professor doesn’t want you to see! Gone are the bloated explanations in your traditional stats book. What you get are simple, step-by-step solutions to solving problems plus using the TI-83 calculator in class. Click here to read more about the Practically Cheating Statistics Handbook.

The **Practically Cheating Statistics Handbook** helps you with **really easy**, step-by-step instructions for every statistics formula. Here’s an example of how easy it is:

**Scary Formula:**

**Easy Answer — walks you through step-by-step — from the Handbook:**

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Want to know what else the Practically Cheating Statistics Handbook can do for you? Click here to find out more!

## Statistics Help #3: Hundreds of how to articles.

We’ve got hundreds of topics covered, with explanations in plain English, step-by-step. Here’s a screenshot from one of our articles. See how easy it is?

If you want to browse categories like Confidence Intervals or Normal Distributions, go to the main probability and statistics index. You’ll find a list of the main statistics help topics.

If you know exactly what you are looking for (for example, “How to Make a Bar Graph“), type your query into the custom Google search on the sidebar (or at the top of the page). That will search the site and give you the exact article you need.

## Statistics Help #4: Statistics glossary.

Do you want simple, plain-English explanations of what statistics terms mean, like the interquartile range, standard deviation and variance? Check out our statistics definitions, which has hundreds of explanations for everything you could possibly want to know about probability and stats.

## Statistics Help #5: Our YouTube Channel.

Find dozens of stats topics explained simply at our YouTube channel. Subscribe and keep up with videos as they are posted. You’ll find help with basic concepts like the interquartile range and there’s a wide range of Excel for Statistics videos to help you with data analysis and graphs.

## Statistics Help #6: Online Calculators.

We have a variety of free online statistics calculators. Most of them don’t just give you the answer, they’ll show you the working out too! For example, here’s a screenshot from our variance and standard deviation calculator. Note the working out below:

If you prefer an online interactive environment to learn R and statistics, this *free R Tutorial by Datacamp* is a great way to get started. If you're are somewhat comfortable with R and are interested in going deeper into Statistics, try *this Statistics with R track*.

*Facebook page*and I'll do my best to help!

Please help me with>

How I can project the Demand If I have only one year supply figure. i.e. on the coordinate X & Y which figure go on X and which figures go on Y axis?

Please help me with>

How I can project the Demand If I have only one year supply figure. i.e. on the coordinate X & Y which figure go on X and which figures go on Y axis?

Can anyone help with an answer in this? What are the odds of 1 in 50 being selected 3 out of 12 times?

Each item out of fifty has a 1/50 chance of being selected once. A 1/50 * 1/50 chance of being selected twice and a 1*50*1/50*1/50 chance of being selected three times. Assuming you’re putting the same item back into the “pot” each time.

If the mean SAT verbal score is 505 and the standard deviation is 111… What is the probability that randomly selected student will have a score of less than 414.

I got -0.82 and looked up the z score and got 0.7910. Is that correct and do I have to do more?

im a junior in high school and i need help with linear function

the concept how to caLculate karl pearson………… is very clear thanks guys

Great site

easy way of calculating karl pearson calculation

Hello,

I am trying to calculate hypothesis test on this in excel

Iam stuck. please help

Sample Size = n 49

Count of Yes 23

Count of No 26

P (Yes) 0.469387755

P (No) 0.530612245

Confidence Level 0.95

Significance Level 0.05

alpha/ 2 0.025

z upper 1.959963985

standard Error 0.07129

Margin of Error 0.139734795

Lower Limit 0.32965296

Upper Limit 0.60912255

Conclusion

The 95% confidence interval for the proportion of participants who answered Yes said their menopausal symptoms interfere with daily activities is 0.32965296 to 0.60912255

Where do you get stuck?

For a sample of n=70, find the probability of a sample mean being greater than 218 if μ=217 and σ=3.5