Tusk seconds

[Villavic]

In some thread I read (I can’t remember which one) about number of songs vs number of minutes in Tusk, per member, while discussing who had the most. I checked the numbers at my Tusk Deluxe 2015 album, bought through iTunes. The CD I have somewhere it’s the one with Sara edited, and I don’t have the original vinyl album, but I don’t think the difference in seconds is significant (except for Sara of course); I checked also the Expanded 2004 release and the seconds difference in some songs against Deluxe is not relevant.

Christine, 6 songs, 1,227 seconds
Lindsey, 9 songs, 1,616 seconds
Stevie, 5 songs, 1,621 seconds.

It's practically a tie in seconds, between Stevie and Lindsey.

The minutes per song are also listed on the Wikipedia page, but checking each one I see it’s not reliable, there are considerable difference, specially with Sara and Never Forget

[Macfan4life]

In some thread I read (I can’t remember which one) about number of songs vs number of minutes in Tusk, per member, while discussing who had the most. I checked the numbers at my Tusk Deluxe 2015 album, bought through iTunes. The CD I have somewhere it’s the one with Sara edited, and I don’t have the original vinyl album, but I don’t think the difference in seconds is significant (except for Sara of course); I checked also the Expanded 2004 release and the seconds difference in some songs against Deluxe is not relevant.

Christine, 6 songs, 1,227 seconds
Lindsey, 9 songs, 1,616 seconds
Stevie, 5 songs, 1,621 seconds.

It's practically a tie in seconds, between Stevie and Lindsey.

The minutes per song are also listed on the Wikipedia page, but checking each one I see it’s not reliable, there are considerable difference, specially with Sara and Never Forget
You have too much time on your hands
:)

[Villavic]

You have too much time on your hands
:)

Oh that's true. I'm already retired. If it were up to me I would be traveling all year round but it is not possible.

[HomerMcvie]

Oh that's true. I'm already retired. If it were up to me I would be traveling all year round but it is not possible.

Same. I retired early, and it's boring af.

[DownOnRodeo]

Christine, 6 songs, 1,227 seconds
Lindsey, 9 songs, 1,616 seconds
Stevie, 5 songs, 1,621 seconds.

Thank you for doing the legwork, Villavic!

And in order to secure second-place ranking for having too much time on my hands, here are the averages as calculated based on your data:

Chris - 3:25 per song
Linds - 3:00 per song
Stevie - 5:24 per song

[David]

I did some further computation and discovered something rather surprising, Joe. Using Tusk, you can extrapolate all three laws of thermodynamics, the acceleration of gravity, and Planck’s Constant before the 18-minute unedited version of “Sara” actually ends. However, do not try this during her introduction for “Gypsy.”

https://fiverr-res.cloudinary.com/images/t_main1,q_auto,f_auto,q_auto,f_auto/gigs/317056337/original/175e8650ef81e940b79a48d184572ce82a2edf22/create-any-math-equation-physics-numericals-using-latex.jpg

[Villavic]

I did some further computation and discovered something rather surprising, Joe. Using Tusk, you can extrapolate all three laws of thermodynamics, the acceleration of gravity, and Planck’s Constant before the 18-minute unedited version of “Sara” actually ends. However, do not try this during her introduction for “Gypsy.”


Thermodynamics... that was my favorite course at college. That's whay I know the right law is: if two systems are both in thermal equilibrium with a third system, then they are in thermal equilibrium with each other.

Now the challenge is... who were the two systems, and who was the third?

https://s-media-cache-ak0.pinimg.com/564x/7d/72/4f/7d724f79bece5392e12a20a38259512e.jpg

[DownOnRodeo]

LOL David.:laugh:

Thermodynamics...

Now the challenge is... who were the two systems, and who was the third?

https://s-media-cache-ak0.pinimg.com/564x/7d/72/4f/7d724f79bece5392e12a20a38259512e.jpg

A three-body problem.

[HomerMcvie]

Thermodynamics... that was my favorite course at college. That's whay I know the right law is: if two systems are both in thermal equilibrium with a third system, then they are in thermal equilibrium with each other.

Now the challenge is... who were the two systems, and who was the third?

https://s-media-cache-ak0.pinimg.com/564x/7d/72/4f/7d724f79bece5392e12a20a38259512e.jpg

Dude, lay off of the weed.