Adam DeMars
@dadpov
Followers
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Following
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Son, brother, father. #housemusic #SoberIsSexy #Yankees #Veteran #Rollside
Omaha, Nebraska
Joined June 2009
RT @PhilMickelson: If you’re outraged at all the ridiculous and wasteful government spending you should be. If you’re outraged that DOGE is…
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RT @MarinaMedvin: Palestinians killed his wife, both of his daughters, his brother, and even his dog. They starved and tortured him for 491…
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RT @WallStreetApes: This research from @IanCarrollShow on USAID funding is INSANE: Ian says roughly 93% of USAID funding is estimated to b…
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RT @RobSchneider: I don’t think THIS deranged MORON realizes that when Washington State parents have a child, they are NOT CO-PARENTING wit…
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Even my Lawn Guru knows what’s up. House of cards are falling, we should be celebrating the transparency of the money laundering on both sides. Just fix it, that’s all Americans ask. @DOGE
#throwerdown
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RT @PhilMickelson: Here’s why having a rational conversation doesn’t work in CA CA uses 1.5-1.7 mil barrels of oil a day. CA produces 400k…
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RT @AutismCapital: 🚨DAVID SACKS: "We knew that the US Government runs a $2T deficit every year, we're in debt almost $40T, and every time s…
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Grok says: Here's a rough outline: Initial Drop: When first released, the bomb accelerates due to gravity at approximately 9.8 m/s² (32.2 ft/s²) in a vacuum. However, air resistance slows this acceleration in the real atmosphere. Terminal Velocity: Bunker busters like the GBU-28, which have a hardened steel case and are designed for deep penetration, can reach terminal velocities. The GBU-28, for example, can reach speeds around 1,000 mph (approximately 450 m/s or 1,476 ft/s) when dropped from high altitudes due to its aerodynamic design. Descent Time: The actual time to hit the ground would depend on the drop altitude. From 20,000 feet, assuming it accelerates to terminal velocity quickly, it could take roughly 40-45 seconds to impact, but this is an estimation and real-world scenarios might differ due to various factors like wind, aircraft speed at the point of release, etc.
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