Can't wait to read We Can Work It Out? Return to the world of Penny Lane Bloom with three all new e-book short stories that pick up right where The Lonely Hearts Club left off!
Penny Lane Bloom founded The Lonely Hearts Club, which means that she basically doesn't date. She's got her awesome girls to hang out with, she's got her hilarious (and sometimes annoying) family, she's working towards high grades to get into a great college - she'd never give up any of that to be with a boy.
But (spoiler alert!) all of a sudden, the rules of the Club have changed and Penny's not only allowed to date - she's going out with Ryan Bauer, longtime friend, all-around amazing guy, and her best friend Diane's ex-boyfriend. It's not like Penny hasn't been on plenty of first dates before, and it's not like she hasn't seen Ryan practically every day for years . . . so could someone please let the butterflies in her stomach know it's okay to calm down?
Don't miss all three e-shorts from romantic comedy superstar Elizabeth Eulberg. Each one contains a sneak peek at an excerpt from her return to the world of the LHC, We Can Work It Out!
Penny Lane Bloom founded The Lonely Hearts Club, which means that she basically doesn't date. She's got her awesome girls to hang out with, she's got her hilarious (and sometimes annoying) family, she's working towards high grades to get into a great college - she'd never give up any of that to be with a boy.
But (spoiler alert!) all of a sudden, the rules of the Club have changed and Penny's not only allowed to date - she's going out with Ryan Bauer, longtime friend, all-around amazing guy, and her best friend Diane's ex-boyfriend. It's not like Penny hasn't been on plenty of first dates before, and it's not like she hasn't seen Ryan practically every day for years . . . so could someone please let the butterflies in her stomach know it's okay to calm down?
Don't miss all three e-shorts from romantic comedy superstar Elizabeth Eulberg. Each one contains a sneak peek at an excerpt from her return to the world of the LHC, We Can Work It Out!
