Consulting Case Interview - Math Tips 

by far the best video on case interview math that I have seen

by far the best video i have seen on case math

Thanks for making the video! FYI: on that 370x400 example, you can also just isolate the K to one side, since there are 3 zeros. So you have 37*4*K or 37*2*2*K. That way you don't have to deal with any zeros. You can do this for any calculation where all you're doing is multiplying.

Thank you for this. It's really helpful now that I am casing.

Thank you Evan!

Thanks a lot for this great content ;)

SUPER helpful!

🎯 Key Takeaways for quick navigation: 00:00 🧮 *Introduction to Multiplication Tips* - Introduction to basic and complex multiplication strategies for case interviews, - Simplifying multiplication by breaking down numbers, - Avoiding errors through mental calculations and simplification techniques. 02:05 📊 *Advanced Multiplication and Addition Strategies* - Using shortcuts for multiplication and addition to prevent errors, - Grouping numbers for easier calculation, - Emphasis on avoiding common mistakes through strategic calculations. 04:29 📈 *Application of Shortcuts in Various Scenarios* - Applying multiplication shortcuts to percentage calculations, - Simplifying complex multiplication problems by identifying patterns, - Strategies for handling percentages and simplifying the calculation process. 08:59 🔢 *Subtraction and Addition Techniques* - Detailed strategies for subtraction and addition to minimize errors, - Breaking down calculations into simpler steps, - Importance of methodical approaches to ensure accuracy. 12:40 🧐 *Division Simplification and Perpetuity Calculations* - Simplifying division and understanding perpetuity calculations, - Tricks for dividing by percentages and calculating perpetuity value, - Contextual scaling and approximation techniques for accurate estimations. 17:09 📝 *Final Tips on Handling Percentages* - Tips for calculating percentages in practical scenarios, - Utilizing multiplication and scaling for quick estimates, - Leveraging understanding of numerical relationships for precision. Made with HARPA AI