h4 week 2 1602

MUSIC STUDIES 4WEEK 2

INTRODUCTION

➤ Course Outlines Harmony

➤ Harmony Project

➤ Moodle

➤ Harmony: Deceptive Resolution of Secondary Dominants

ADMIN

➤ Course Outline Harmony

➤ Harmony Project

➤ Moodle

➤ Class Contract

CLASS CONTRACT

•What is the standard of behaviour for our class this semester?

•What do you expect from your tutor?

•What do you expect from each other?

•What kinds of behaviours are unacceptable?

•Brainstorm in small groups. Post ideas in Class Contract forum on Moodle.

•Share your findings with the class

•Agree on a class contract

HARMONY 4Deceptive Resolution of

Secondary Dominants

DECEPTIVE RESOLUTION OF SECONDARY DOMINANTS

➤ When a secondary dominant or a substitute secondary dominant does not resolve to an expected resolution, it is called deceptive resolution

➤ Deceptive resolution is used in jazz and other popular music styles to create little surprises

➤ There are four main ways in which deceptive resolution most commonly occurs

1. SECONDARY: UNEXPECTED QUALITY, EXPECTED ROOT

➤ A secondary dominant can resolve down either a perfect 5th or a half step to an unexpected quality, but an expected root.

➤ ( ) shows deceptive resolution

➤ Use either a solid or broken arrow to indicate root motion

P.18 EX 1

P18. EX2

P.18 EX3

P.18 EX 4 - PIVOT CHORD MODULATION

P.19 EX1 - V7/III RESOLVING AS EXPECTED

P. 19 EX 2 - V7/III RESOLVING DECEPTIVELY

2. SECONDARY: DOWN 1/2 TO DIATONICALLY RELATED OR NON-DIATONIC

➤ The secondary dominant resolves down a half step to a diatonically related or non-diatonic chord

➤ ( ) show’s deceptive resolution

➤ Broken arrow indicates actual resolution down a half step

3. SUBSTITUTE: DOWN A P.5 TO DIATONICALLY RELATED OR NON-DIATONIC

➤ The substitute dominant resolves down a perfect 5th to a diatonically related or non-diatonic chord

➤ ( ) shows deceptive resolution

➤ Solid arrow show’s root motion down a perfect fifth

4. UNEXPECTED ROOT MOTION, QUALITY, FUNCTION

➤ Either the root motion, quality, function, or all three are different from the expected resolution

➤ ( ) shows deceptive resolution