• Contact

  • Newsletter

  • About us

  • Delivery options

  • Prospero Book Market Podcast

  • In Stock
    The Boyfriend Hypothesis: Book 3 in the Chemistry Lessons Series of Stem Rom Coms

    The Boyfriend Hypothesis by Nix, Susannah;

    Book 3 in the Chemistry Lessons Series of Stem Rom Coms

    Series: Chemistry Lessons; 3;

      • GET 18% OFF

      • The discount is only available for 'Alert of Favourite Topics' newsletter recipients.
      • Publisher's listprice GBP 9.99
      • The price is estimated because at the time of ordering we do not know what conversion rates will apply to HUF / product currency when the book arrives. In case HUF is weaker, the price increases slightly, in case HUF is stronger, the price goes lower slightly.

        4 772 Ft (4 545 Ft + 5% VAT)
      • Discount 18% (cc. 859 Ft off)
      • Discounted price 3 913 Ft (3 727 Ft + 5% VAT)

    4 772 Ft

    db

    Availability

    It is in stock and you can get your copy fast. We can prepare it for shipment very soon or you can pick it up in our office. Your order will be held for 5 working days after you receive your "ready for pickup" email.
    Our current stock: 2 copies

    Product details:

    • Edition number Main Market Ed.
    • Publisher Pan
    • Date of Publication 26 September 2024
    • Number of Volumes B-format paperback

    • ISBN 9781035025978
    • Binding Paperback
    • No. of pages304 pages
    • Size 198x131x19 mm
    • Weight 212 g
    • Language English
    • 709

    Categories

    Short description:

    She swore off men – and fell in love. An ultra-smart chemical engineer meets an ultra-hot barista in The Boyfriend Hypothesis, an opposites-attract rom-com from Susannah Nix.

    After a string of lousy boyfriends, chemical engineer Penny Popplestone is developing a theory: boys are nothing but trouble! So she swears off men until she can figure out why they keep cheating on her. But her no-men resolution hits a snag when the mysterious and superhumanly hot barista at her favourite coffee shop strikes up a friendship with her.

    Penny strives to keep things platonic, but when Caleb gives her the kiss of her life, she realizes he wants to be more than just friends. Tired of always being "good little Penny," she throws caution to the wind and pursues a no-strings fling with the hottie barista. It's not like they have anything in common beyond scorching physical chemistry, so what does she have to lose?

    Her heart, it turns out. Now, this fanfic-reading, plus-size heroine faces an unsolvable problem. What do you do when being apart is unbearable...but being together is impossible?

    An

    More

    Long description:

    She swore off men – and fell in love. An ultra-smart chemical engineer meets an ultra-hot barista in The Boyfriend Hypothesis, an opposites-attract rom-com from Susannah Nix.

    After a string of lousy boyfriends, chemical engineer Penny Popplestone is developing a theory: boys are nothing but trouble! So she swears off men until she can figure out why they keep cheating on her. But her no-men resolution hits a snag when the mysterious and superhumanly hot barista at her favourite coffee shop strikes up a friendship with her.

    Penny strives to keep things platonic, but when Caleb gives her the kiss of her life, she realizes he wants to be more than just friends. Tired of always being "good little Penny," she throws caution to the wind and pursues a no-strings fling with the hottie barista. It's not like they have anything in common beyond scorching physical chemistry, so what does she have to lose?

    Her heart, it turns out. Now, this fanfic-reading, plus-size heroine faces an unsolvable problem. What do you do when being apart is unbearable...but being together is impossible?

    An

    She swore off men – and fell in love. An ultra-smart chemical engineer meets an ultra-hot barista in The Boyfriend Hypothesis, an opposites-attract rom-com from Susannah Nix.

    After a string of lousy boyfriends, chemical engineer Penny Popplestone is developing a theory: boys are nothing but trouble! So she swears off men until she can figure out why they keep cheating on her. But her no-men resolution hits a snag when the mysterious and superhumanly hot barista at her favourite coffee shop strikes up a friendship with her.

    Penny strives to keep things platonic, but when Caleb gives her the kiss of her life, she realizes he wants to be more than just friends. Tired of always being "good little Penny," she throws caution to the wind and pursues a no-strings fling with the hottie barista. It's not like they have anything in common beyond scorching physical chemistry, so what does she have to lose?

    Her heart, it turns out. Now, this fanfic-reading, plus-size heroine faces an unsolvable problem. What do you do when being apart is unbearable...but being together is impossible?

    An

    More
    Recently viewed
    previous
    20% %discount
    The Boyfriend Hypothesis: Book 3 in the Chemistry Lessons Series of Stem Rom Coms

    Testimonia et Indices

    Naucratites, Athenaeus; , Olson, Stuart Douglas; (ed.)

    41 454 HUF

    33 163 HUF

    The Boyfriend Hypothesis: Book 3 in the Chemistry Lessons Series of Stem Rom Coms

    Frequency: The Power of Personal Vibration

    Peirce, Penney;

    8 188 HUF

    6 960 HUF

    The Boyfriend Hypothesis: Book 3 in the Chemistry Lessons Series of Stem Rom Coms

    The Oxford Handbook of Roman Philosophy

    Garani, Myrto; Konstan, David; Reydams-Schils, Gretchen; (ed.)

    60 913 HUF

    54 821 HUF

    20% %discount
    The Boyfriend Hypothesis: Book 3 in the Chemistry Lessons Series of Stem Rom Coms

    Teaching Ancient Egypt in Museums: Pedagogies in Practice

    Thum, Jen; Walsh, Carl; M. Jim(ed.)

    20 538 HUF

    16 430 HUF

    The Boyfriend Hypothesis: Book 3 in the Chemistry Lessons Series of Stem Rom Coms

    Northwest Passages V 2

    Calhoun, B;

    2 651 HUF

    2 519 HUF

    The Boyfriend Hypothesis: Book 3 in the Chemistry Lessons Series of Stem Rom Coms

    Atmosphere

    Jenkins Reid, Taylor

    7 639 HUF

    6 493 HUF

    next