Characters
Who is Nashira Sargas, and what role does she play in the Rephaim hierarchy?
Blood Sovereign
What seasoning are vampires afraid of?
Garlic
What major event sparks the rebellion in Oxford near the end of the book?
The rebellion in Oxford begins when Paige and other voyants rise up against the Rephaim.
What do the Mean Girls cast sing at the Christmas talent show?
Jingle Bell rock
What happens when you hit your funny bone?
You feel pain :(
Which Rephaite does Paige form a reluctant alliance with during the final confrontation?
Arcturus Mesarthim
How does Paige’s bond with Warden enhance her powers during the escape?
Paige’s bond with Warden amplifies her strength, allowing her to wield her powers more effectively.
Where was the party the Scion officials attended?
Guildhall
Which famous duo sang Last Christmas?
WHAM!
What is the word for a person who can write with both hands?
Ambidextrous
Name a rephaite who sided with rebellion
Arcturus, Terrebell, Pliedol
What drug did The Warden give to Liss
amaranth
What sacrifice does Paige make to ensure the survival of others?
Paige sacrifices her safety and anonymity, exposing herself to Scion to save others.
In The Muppet Christmas Carol, what is Scrooge’s first name?
Ebenezer
What is the biggest bone in the body?
femur
Which member of the Seven Seals plays a crucial role in helping Paige escape Oxford?
Jaxon Hall
What is the name of the Wardens powers?
oneiromancy (the ability to read memories)
What revelation about Scion’s relationship with the Rephaim is uncovered in the final chapters?
It’s revealed that Scion is secretly allied with the Rephaim, using them to maintain power.
Which artist recorded the hit Blue Christmas in 1964?
Elvis Presley
What is the only mammal that can fly?
The bat
Who ultimately challenges Nashira’s authority in the closing chapters?
Warden
What season is it right now?
winter
Which member of the Sevel Seals is Nick in love with?
Zeke
Who wrote the classic Christmas carol ‘Feliz Navidad’?
José Feliciano
Which law of physics explains that Force = mass times acceleration?
Newton's Second Law