Module 2: Investment Vehicle Characteristics (20% Exam Weight)

Series 65 — Module 2: Investment Vehicle Characteristics

Master the Series 65 — Module 2: Investment Vehicle Characteristics function of the Series 65 (Uniform Investment Adviser Law) exam with official regulatory rules, quantitative formulas, and targeted practice drills.

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Authoritative Series 65 Study Notes

Key Concepts & Regulatory Highlights

Covers valuation and characteristics of equity securities (Dividend Discount/Gordon Growth Model, P/E, Price-to-Book), fixed-income instruments (Discounted Cash Flow, NPV, IRR, Macaulay/Modified Duration, Convexity), pooled investment vehicles (ETFs, mutual funds, hedge funds, REITs), and derivative contracts.

⚖️ The Bond Yield Seesaw Hierarchy

DISCOUNT BOND (Price < Par $1,000)Yields Surge

Yield ranking from highest to lowest:

1. Yield to Call (YTC) — Highest

2. Yield to Maturity (YTM / Basis)

3. Current Yield (CY)

4. Nominal Yield (Coupon) — Lowest

PREMIUM BOND (Price > Par $1,000)Yields Compress

Yield ranking from highest to lowest:

1. Nominal Yield (Coupon) — Highest

2. Current Yield (CY)

3. Yield to Maturity (YTM / Basis)

4. Yield to Call (YTC) — Lowest

* Exam Rule: On customer trade confirmations for callable bonds, broker-dealers must quote the Yield to Worst (YTW) (YTC for premium bonds; YTM for discount bonds).

📐 Essential Calculation Formulas

Gordon Growth Dividend Discount Model (DDM)

Intrinsic Value (P0) = D1 / (k - g)

Where D1 = D0 × (1 + g) is next year's dividend, k is required return, and g is perpetual dividend growth rate.

Approximate Bond Price Change via Duration

% Price Change ≈ -Modified Duration × ΔYield

A bond with a Modified Duration of 7 years will drop ~7% if market interest rates rise by 1.00% (100 bps).

📜 Core Regulatory Rules & Requirements

✓Constant Growth Dividend Discount Model (Gordon Growth): Values a stock using next year's expected dividend (D1) divided by the difference between the investor's required return (k) and the constant dividend growth rate (g). Only valid when k > g.

✓Macaulay & Modified Duration: Measures a bond's price sensitivity to interest rate changes (in years). Longer maturity and lower coupon rates increase duration; a zero-coupon bond has a Macaulay duration exactly equal to its time to maturity.

✓Net Present Value (NPV) vs. Internal Rate of Return (IRR): NPV discounts future cash flows at the required return minus initial cost. If NPV > $0, the investment's IRR exceeds the required discount rate and should be accepted.

✓ETFs vs. Mutual Funds & ETNs: ETFs trade intraday on exchanges, can be bought on margin or shorted, and achieve tax efficiency via in-kind creation/redemption units. Exchange-Traded Notes (ETNs) are senior unsecured debt obligations carrying issuer credit risk.

💡 High-Yield Exam Watchouts

•If a question gives you the JUST-PAID dividend (D0), remember to multiply by (1 + g) to get D1 before dividing by (k - g)!
•When comparing bonds for maximum price appreciation during an anticipated interest rate drop, always pick the longest-maturity zero-coupon bond (highest duration).

Why Study Series 65 — Module 2: Investment Vehicle Characteristics?

The Series 65 — Module 2: Investment Vehicle Characteristics portion of the Uniform Investment Adviser Law (Series 65) exam is critical for passing on your first attempt. Understanding these concepts builds both test-day precision and practical regulatory fluency.

Our practice questions and formulas are engineered to mirror the official Series 65 blueprint and statutory complexity you'll encounter at Prometric.

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