Verify That Each Equation Is an Identity $$( \sec \alpha + \tan \alpha ) ^ { 2 } = \frac { 1 + \sin \alpha } { 1 - \sin \alpha }$$

question 41

Essay

Verify that each equation is an identity.
- $$( \sec \alpha + \tan \alpha ) ^ { 2 } = \frac { 1 + \sin \alpha } { 1 - \sin \alpha }$$

Understand the concept of legal privilege and the distinction between rights and privileges.

Recognize the role of equity and equality rights in Canadian law.

Understand the concept of heritability and its calculation for traits.

Identify and explain gene-environment interactions in trait expression.

---

Definitions:

Separate Business Organization

An entity that operates independently from other business entities, often with its own legal and tax considerations.

Sole Proprietorship

A business owned and operated by a single individual, with no separation between the business and the owner.

Owner

An individual or entity that has the legal right, title, and interest in property or assets.

Business

An entity engaged in commercial, industrial, or professional activities with the aim to produce profit or fulfill a charitable mission.