IN: Is it true that is it possible to hit a 7 10 split?

Mark Roth was the first bowler to pick up the 7-10 split on television on January 5, 1980 at the ARC Alameda Open at Mel's Southshore Bowl in Alameda, California. The only other two professionals to convert this split on television are John Mazza and Jess Stayrook, both of which did it in 1991; nobody has done it on television since. Roth and Mazza did theirs on ABC broadcasts of the Professional Bowlers Tour, while Stayrook did his on an ESPN telecast.

OUT: yes

IN: Is it true that is leave no trace based on a book?

Leave No Trace is a 2018 American drama film directed by Debra Granik and written by Granik and Anne Rosellini, based on the book My Abandonment by Peter Rock. The plot follows a veteran father with PTSD (Ben Foster) who lives in the forest with his young daughter (Thomasin McKenzie). It premiered at the 2018 Sundance Film Festival and was released by Bleecker Street in the United States on June 29, 2018. The film received critical acclaim, with praise for the performances of Foster and McKenzie, and is one of few films to hold an approval rating of 100% on Rotten Tomatoes.

OUT: yes

IN: Is it true that is there going to be a now you see me 3?

Now You See Me is a series of heist thriller film written by Ed Solomon, Boaz Yakin, and Edward Ricourt. They focus on the actions of a team of illusionists named ''The Four Horsemen'' who pull off near impossible heists. The series features an ensemble cast including Jesse Eisenberg, Mark Ruffalo, Woody Harrelson, Isla Fisher, Dave Franco, Michael Caine, Lizzy Caplan, and Morgan Freeman. The first film was released in 2013, while the second was released in 2016, and a third film is currently in development and set to be released in 2019. The series has received mixed reviews from critics and audiences and grossed nearly $700 million worldwide.

OUT: yes

IN: Is it true that is equilibrium potential the same as resting potential?

The resting membrane potential is not an equilibrium potential as it relies on the constant expenditure of energy (for ionic pumps as mentioned above) for its maintenance. It is a dynamic diffusion potential that takes this mechanism into account--wholly unlike the equilibrium potential, which is true no matter the nature of the system under consideration. The resting membrane potential is dominated by the ionic species in the system that has the greatest conductance across the membrane. For most cells this is potassium. As potassium is also the ion with the most negative equilibrium potential, usually the resting potential can be no more negative than the potassium equilibrium potential. The resting potential can be calculated with the Goldman-Hodgkin-Katz voltage equation using the concentrations of ions as for the equilibrium potential while also including the relative permeabilities of each ionic species. Under normal conditions, it is safe to assume that only potassium, sodium (Na) and chloride (Cl) ions play large roles for the resting potential:

OUT:
no