Baby Loves Thermodynamics!
Book - 2017 Board Book, Kids Book / Board Books, Kids Book / Board Book 2 On Shelf 1 request on 6 copies
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Locations
Call Number: Board Book, Kids Book / Board Books, Kids Book / Board Book
On Shelf At: Downtown Library, Malletts Creek Branch
Location & Checkout Length | Call Number | Checkout Length | Item Status |
---|---|---|---|
Downtown Kids Books 4-week checkout |
Board Book | 4-week checkout | On Shelf |
Malletts Kids Books 4-week checkout |
Kids Book / Board Books | 4-week checkout | On Shelf |
Traverwood Kids Books 4-week checkout |
Kids Book / Board Book | 4-week checkout | On Hold Shelf |
Traverwood Kids Books 4-week checkout |
Kids Book / Board Book | 4-week checkout | Due 05-24-2024 |
Westgate Kids Books 4-week checkout |
Kids Book / Board Books | 4-week checkout | Due 05-07-2024 |
Westgate Kids Books 4-week checkout |
Kids Book / Board Books | 4-week checkout | Due 05-19-2024 |
On board pages.
"The next two books in the Baby Loves series tackle the first law of thermodynamics (energy cannot be created or destroyed, but it can change forms) and Schrödinger's Cat, the famous thought experiment involving quantum theory (quantum physics states that a particle can exist in multiple places at once). Accurate enough to satisfy an expert and simple enough for the rest of us to comprehend, the Baby Loves board books are perfect for geeky moms and dads who want to share their love of science, for parents who want to give their infant a head start on Harvard, and for hipster aunts and uncles who want that oh-so-clever gift for the baby shower."-- Provided by publisher.
REVIEWS & SUMMARIES
Summary / AnnotationExcerpt
Author Notes
COMMUNITY REVIEWS
Baby Loves Thermodynamics submitted by maywang on July 11, 2021, 7:51pm nice children's book about thermodynamics.
SERIES
Baby/beginner books
PUBLISHED
Watertown, MA : Charlesbridge, [2017]
Year Published: 2017
Description: 1 (volumes) unpaged : color illustrations ; 18 cm.
Language: English
Format: Book
ISBN/STANDARD NUMBER
9781580897686
ADDITIONAL CREDITS
Chan, Irene.
SUBJECTS
Solar energy.
Photosynthesis.
Force and energy.
Sun.