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Burgundi Bradfield

Brigham Young University
Math Teacher / Department head

Biography

I have been a math teacher for 25 years. I teach honors level Pre-calculus and AP Statistics.

Education

BA Mathematics
Brigham Young University

Educator Statistics

Numerade tutor for 6 years
19 Students Helped

Topics Covered

Maximizing Accuracy with Effective Sampling and Data Analysis
Unlocking Insights with Descriptive Statistics: A Comprehensive Guide
Exploring Probability Topics: From Basics to Advanced Strategies
Understanding Discrete Random Variables: A Comprehensive Guide

Burgundi's Textbook Answer Videos

01:55
Introductory Statistics

Use the following information to answer the next two exercises. This tree diagram shows the tossing of an unfair coin followed by drawing one bead from a cup containing three red (R), four yellow (Y) and five blue (B) beads. For the coin, P(H) = 2/3 and P(T) = 1/3 where H is heads and T is tails.

Find P(tossing a Head on the coin AND a Red bead)
$$\begin{array}{l}{\text { a. } \frac{2}{3}} \\ {\text { b. } \frac{5}{15}} \\ {\text { c. } \frac{6}{36}} \\ {\text { d. } \frac{5}{36}}\end{array}$$

Chapter 3: Probability Topics
Section 5: Tree and Venn Diagrams
Burgundi Bradfield
00:40
Introductory Statistics

Use the following information to answer the next six exercises: On average, a clothing store gets 120 customers per day.
Assume the event occurs independently in any given day. Define the random variable $X.$

Chapter 4: Discrete Random Variables
Section 6: Poisson Distribution
Burgundi Bradfield
00:34
Introductory Statistics

Use the following information to answer the next six exercises: On average, a clothing store gets 120 customers per day.
What values does $X$ take on?

Chapter 4: Discrete Random Variables
Section 6: Poisson Distribution
Burgundi Bradfield
01:49
Introductory Statistics

Use the following information to answer the next six exercises: On average, a clothing store gets 120 customers per day.
What is the probability of getting 150 customers in one day?

Chapter 4: Discrete Random Variables
Section 6: Poisson Distribution
Burgundi Bradfield
01:53
Introductory Statistics

Use the following information to answer the next six exercises: On average, a clothing store gets 120 customers per day.
What is the probability of getting 35 customers in the first four hours? Assume the store is open 12 hours each day.

Chapter 4: Discrete Random Variables
Section 6: Poisson Distribution
Burgundi Bradfield
03:08
Introductory Statistics

Use the following information to answer the next six exercises: On average, a clothing store gets 120 customers per day.
What is the probability that the store will have more than 12 customers in the first hour?

Chapter 4: Discrete Random Variables
Section 6: Poisson Distribution
Burgundi Bradfield
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