Alfred Music

Easy Popular Movie Instrumental Solos for Clarinet with Play-Along CD

Regular price $31.95
Regular price Sale price $31.95

Includes GST

In stock at our warehouse. Order now and it ships in 1–3 business days with tracking.
Not on the Footscray shop floor. We’ll bring it in for you to collect in 1–3 business days.
Quantity

Afterpay and Zip are available at checkout on orders $100–$2,000.

Delivery & collection

Standard shipping $7

Dispatched in 1–3 business days with tracking, then 4–9 business days depending on location.

Free over $150.* Conditions apply.

Express shipping $15

1–3 business days depending on location.

Flat rate Australia-wide. Choose Express at checkout.

Click & Collect Free

From our Footscray showroom

It’s not on the shop floor yet, so we’ll bring it in and email you when it’s ready (usually 1–3 business days).

Not sure it’s the right one? Talk to a player.

View full details

Description

SKU ALF28144

Easy Popular Movie Instrumental Solos is an accessible selection of movie hits for the beginning student, with simple notation and a play-along CD. Available for flute, clarinet, alto saxophone, tenor saxophone, trumpet, horn in F, trombone, violin, viola, cello and piano accompaniment. The string versions include a pullout piano accompaniment. Titles: Believe (The Polar Express) * Come So Far (Hairspray) * Gonna Fly Now (Rocky Balboa) * Hedwig's Theme (Harry Potter and The Sorcerer's Stone) * In Dreams (Lord of the Rings: The Fellowship of the Ring) * James Bond Theme (Casino Royale) * Over the Rainbow (The Wizard of Oz) * The Pink Panther Theme (The Pink Panther) * Raiders March (Raiders of the Lost Ark) * Way Back Into Love (Music and Lyrics) This title is available in SmartMusic. Easy Popular Movie Instrumental Solos Clarinet Publisher: Alfred Music Instrument: Clarinet Pages: 12 Series: Easy Instrumental Solos Series

Details & dimensions

Brand
Alfred Music
Publication
EASY POPULAR MOVIE INSTR SOLOS CLARINET BK/OLA
Catalogue no.
ALF28144
ISBN/UPC
9780739047743
Weight
0.091 kg