Summary: Reese Witherspoon's Whiskey in a Teacup: What Growing Up in the South Taught Me About Life, Love, and Baking Biscuits

Readers of Reese Witherspoon's Whiskey in a Teacup: What Growing Up in the South Taught Me About Life, Love, and Baking Biscuits seeking engagement for all reading groups can gain further insight with this essential resource as a guide to aid your discussions.

Academy Award-winning actress Reese Witherspoon publishes her first book Whiskey in a Teacup: What Growing Up in the South Taught Me About Life, Love, and Baking Biscuits. She invites you into her world in a southern style. She infuses the style she grew up with into her parties and traditions. She loves all things with contemporary charm and flair. Her grandmother Dorothea has always said that Southern women have a combination of strength and beauty and that makes them "whiskey in a teacup." They may be delicate on the outside but inside they're strong. Witherspoon reflects the South in how she entertains, how she decorates her home and make holidays special for her kids. Now, she will share her grandmother's most delicious recipes and most loved traditions.

In this comprehensive look into Reese Witherspoon's Whiskey in a Teacup: What Growing Up in the South Taught Me About Life, Love, and Baking Biscuits, you'll be equipped to prepare with the following:

Discussion aid which includes a wealth of prompts and information

Overall plot synopsis and author biography

Thought-provoking discussion questions for a deeper examination

Creative exercises to foster alternate “if this was you” discussions

And much more!

Note to readers: This is a companion guide based on Reese Witherspoon's Whiskey in a Teacup: What Growing Up in the South Taught Me About Life, Love, and Baking Biscuits This is meant to enhance and aid your reading experience, not to replace it. We strongly encourage you to purchase the original book before purchasing this unofficial companion guide.

© 2018 HSP (buku elektronik ): 6610000120413

Tanggal rilis

buku elektronik : 27 Oktober 2018