Some ion trajectories involve constant low acceleration. It really adds up time. You accelerate halfway there, then decelerate the rest of the way.
The dawn spacecraft mission to ceres has 48,000+ hours of gentle acceleration under ion propulsion. That’s 5.5 years of firing. But it gets over 38,620 km/h of delta-v (acceleration).
https://www.jpl.nasa.gov/news/nasas-dawn-spacecraft-fires-past-record-for-speed-change/
That’s Xavlegbmaofffassssitimiwoamndutroabcwapwaeiippohfffx !
https://open.spotify.com/track/56DE2Cjylwj1Htik6HKP4o
They are great.
Most businesses nowadays have a bit of a backlog. It’s more efficient that way, because you can keep the workload at 100%. So my interpretation is that a two week backlog would mean there’s a few other simulations ahead of you in line.
My interpretation is that the two weeks is a backlog. The drag coefficient guys probably have a bunch of models coming in, and they have a bit of an inbox and yours gets in the queue.
When they called the function, they didn’t specify any cells. The copilot function, like any other Excel function, cannot see cells that aren’t given to it.
The second argument is blank, so it just Gave a typical answer to a sum question.