2.Bloc 1 - Foundational ConceptFacile· Energy Storage Segment
Which Tesla business segment is noted for growing at over 50% year-over-year with approximately 25% margins, helping to offset automotive margin pressures?
5.Bloc 2 - Academic TheoryMoyen· Capital Asset Pricing Model (Sharpe-Lintner 1964)
Using the Capital Asset Pricing Model (Sharpe-Lintner 1964), how would intensifying Chinese EV competition altering Tesla's systemic risk profile strictly impact its expected return?
6.Bloc 2 - Academic TheoryMoyen· Law of Diminishing Marginal Returns
How does the Law of Diminishing Marginal Returns apply to the assumption that Tesla's historical $100 to $400 stock price surge can be easily replicated?
7.Bloc 3 - Contextual ApplicationDifficile· Current Fed cycle and interest rate environment
Given Tesla's projected $25 billion CapEx, how does the current high-interest Fed cycle specifically alter the discount rate applied to its future AI and robotics cash flows?
8.Bloc 3 - Contextual ApplicationDifficile· Evolution of autonomous driving regulation
How would a sudden federal delay in autonomous driving regulatory frameworks mathematically impact the net present value of Tesla's projected Robotaxi and Cybercab revenue streams?
9.Bloc 4 - Expert SynthesisExpert· Gordon Growth Model (1956) vs Capital Asset Pricing Model (Sharpe-Lintner 1964)
When evaluating Tesla's $1.5 trillion valuation target, how do the Gordon Growth Model (1956) and the Capital Asset Pricing Model (Sharpe-Lintner 1964) fundamentally differ in treating macroeconomic interest rate shifts?
10.Bloc 4 - Expert SynthesisExpert· Modigliani-Miller Theorem (1958) vs Pecking-Order Theory (Myers-Majluf 1984)
Regarding funding Tesla's $25 billion CapEx, how do the Modigliani-Miller Theorem (1958) and Pecking-Order Theory (Myers-Majluf 1984) conflict regarding the impact of debt issuance on firm value?