Master Decision Tree Strategy for Bidding: Should You Bid High or Low? π‘
Learn how to effectively solve a bidding problem using Decision Trees. This step-by-step guide covers bidding high or low, helping you make smarter decisions in competitive scenarios.

Joshua Emmanuel
16.6K views β’ Oct 4, 2022

About this video
This video shows how to solve a Bid High or Low problem using Decision Tree.
00:00 Question to solve
00:56 Decision Tree - High Bid
02:22 Low Bid
03:25 Complete Tree
Problem:
Company A is deciding whether to place a high bid of $18 million
or a low bid of $12 million for leasing rights to a mining site.
A major competitor (Company B) is also bidding for the same leasing rights.
There is a 0.2 probability that Company B will place a $15 million bid
and a 0.8 probability that they will place a $9 million bid.
Preliminary examination of the site indicates a 0.20 probability of large deposits with net returns of $140 million,
a 0.32 probability of moderate deposits with $50 million net returns,
and a 0.48 probability of no deposits.
The company that wins the bid will incur additional $10 million in extraction costs.
a) How should Company A bid?
b) What is the expected value of the decision?
References: Spreadsheet Modeling and Decision Analysis: A Practical Introduction to Business Analytics, Cliff T. Ragsdale, Cengage Learning, 2017
Sensitivity Analysis in Decision Analysis: https://youtu.be/ybz5AAlyrLk
00:00 Question to solve
00:56 Decision Tree - High Bid
02:22 Low Bid
03:25 Complete Tree
Problem:
Company A is deciding whether to place a high bid of $18 million
or a low bid of $12 million for leasing rights to a mining site.
A major competitor (Company B) is also bidding for the same leasing rights.
There is a 0.2 probability that Company B will place a $15 million bid
and a 0.8 probability that they will place a $9 million bid.
Preliminary examination of the site indicates a 0.20 probability of large deposits with net returns of $140 million,
a 0.32 probability of moderate deposits with $50 million net returns,
and a 0.48 probability of no deposits.
The company that wins the bid will incur additional $10 million in extraction costs.
a) How should Company A bid?
b) What is the expected value of the decision?
References: Spreadsheet Modeling and Decision Analysis: A Practical Introduction to Business Analytics, Cliff T. Ragsdale, Cengage Learning, 2017
Sensitivity Analysis in Decision Analysis: https://youtu.be/ybz5AAlyrLk
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Video Information
Views
16.6K
Likes
213
Duration
4:18
Published
Oct 4, 2022
User Reviews
4.5
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