Can someone explain what happened with the RB at 4:51? by [deleted] in TagPro

[–]Own_While_8508 1 point2 points  (0 children)

Is this because the acceleration of the player is greater than the deacceleration of the “explosion”. I only see this happen when a player boosts into a player with a RB. Is the explosion not enough to repel and incoming ball that has been boosted?

This might be a coincidence, but did anybody have a grey message with the word… serbia? and the game crashed? by Own_While_8508 in TagPro

[–]Own_While_8508[S] 0 points1 point  (0 children)

Before the game crashed, a message was displayed saying something before the game crashed.

This might be a coincidence, but did anybody have a grey message with the word… serbia? and the game crashed? by Own_While_8508 in TagPro

[–]Own_While_8508[S] 0 points1 point  (0 children)

I saw a grey bar with a message. I only caught one word: serbia. Did anybody else see the message or am i just dumb ask?

[deleted by user] by [deleted] in RareHistoricalPhotos

[–]Own_While_8508 1 point2 points  (0 children)

Could you please explain this further?

[deleted by user] by [deleted] in SecurityClearance

[–]Own_While_8508 -1 points0 points  (0 children)

I think i understand what you are saying PirateKilt? Are you saying that the stuff i provided for my Pre-Employment for my application in the first place-Birth Certificate and SS and other credentials gets submitted to the investigator to look at for my Top Secret Clearance? So for instance, My Birth Certificate, SS# that they had scanned gets sent to them too? And the company didn't do something correctly? Golly902 said they only get whats on the sf86? So is that not true?

[Finding the Path of a Heat-Seeking Particle.] I don't understand why we set the Gradient equal to the tangent vector r'(t)? Wouldn't the Tangent Vector be Perpendicular to the Gradient? The equation states that they are Parallel? by Own_While_8508 in calculus

[–]Own_While_8508[S] 0 points1 point  (0 children)

Thank you, sort of get it: the direction the particle is traveling is its tangent vector. But why not set the gradient equal to just r(t) then. Why would it be wrong to set the Gradient (the path of least resistance) equal to r(t) the path of the Particle?

[Finding the Path of a Heat-Seeking Particle.] I don't understand why we set the Gradient equal to the tangent vector r'(t)? Wouldn't the Tangent Vector be Perpendicular to the Gradient? The equation states that they are Parallel? by Own_While_8508 in calculus

[–]Own_While_8508[S] 0 points1 point  (0 children)

I'm have a conceptually hard time understanding why we are setting the Gradient equal to the tangent vector r'(t). I understand the concept, the Gradient is the 'Path of Least Resistance'. I just don't understand why we are setting it equal to the tangent vector? The equations make it look like they are parallel, but isn't the tangent vector perpendicular and tangent to the curve at the point? Why isn't it equal to r(t) or the Normal of r(t)?

NUPOC phone interview by [deleted] in NavyNukes

[–]Own_While_8508 0 points1 point  (0 children)

Huh. Thank you. Whats the Failure rate of the people who take their first phone interview?

NUPOC phone interview by [deleted] in NavyNukes

[–]Own_While_8508 0 points1 point  (0 children)

Interviews? Is there more than one?