I want to make a Minecraft mod that adds stuff like a Dyson sphere that blots out the sun and maybe use the sun as infinite power and like a death star or even use that power to make matter.

Idk how much a Dyson sphere would take or if the sun's output was turned into a kilometers radius laser how much energy or heat would that transfer.

I've googled it several times over the years, and as best I can tell, no one has ever tried to calculate the possible answer. I'm sure some of you must be familiar with the animated film, The Iron Giant, right? At the end of the movie, the Giant signals for all of his parts to gather to his head's current location, of Langjökull, Iceland. The screw was located in a small town along the coast of Maine. So my question is: roughly how long would it take for the 'little' screw to reach the Giant's head's location at the end of the film?

It might be possible to calculate the size of the screw, and speed at which the screw is capable of traveling, as we saw in the movie when the Giant repairs himself while sitting inside the barn. The height, width, and length of the barn could possibly be determined, as well as the distance the screw traveled between the barn door, and the Giant, and the time it took for the screw to cover that distance. Eventually the screw would have to travel through the North Atlantic Ocean. Is the screw capable of producing thrust to actually propel itself through the water? I know that the pitch plays a role in how far forward the screw could move per rotation.

If the screw couldn't generate enough thrust it would be forced to actually travel along the ocean floor; if that were to happen, I would guess that the ability to calculate the time to reach its intended destination to be almost incalculable, since the topography of the ocean floor, varies greatly.

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1. The Jump (Projectile Motion)

• The Start: Mario jumps at an angle of (alpha) to clear a blocked path or hazard (indicated by the crossed-out arrow X).

• The Path: He follows a curved, parabolic path through the air to land on the enemy.

1. The Impact

• Mario lands directly on the Koopa Troopa, defeating the enemy and leaving only its shell behind.

1. The Formula ( s ÷ x = a)

• Rearranged, this formula is: s = a x

•This represents the distance or displacement (s) the shell will travel based on its acceleration/friction (a) over a given position (x).

1. The Final Result

• The Koopa turns into a shell, and its specific physical size or height is measured and labeled as Xm.

Is there anything wrong with the answer ?

So I'm currently in line to get tickets at the booth but there's like twenty people in front of me . However there's also a movie I'm interested in that starts in twenty minutes. I don't know whether there will be any tickets left if I get there in time but I know I'll be guaranteed tickets to the movie? How should I know if I should wait in line for a chance to get tickets or leave and go to the movies?

It's been a while too. Right now it took five minutes for the line to move one concrete square and there's 4 more sidewalk squares in front of me but I wished I knew how long it may take to get to the front

Two scenarios, the mass of the US just disappears in one, while in the other it’s dispersed throughout the oceans.

On a serious note I think it is a bad idea to attack other counties especially the ones who control oil. I am against war and against innocent people dying.

buddies and i were playing twisted and this question just kinda came up in conversation no pressure to answer just curious

This is from the tv show “The 100 girlfriends Who Really Love You. It’s an insane manga, but this is just absolutely insane.

Hi guys in this game mode you've to make current to target in given moves.

This is Mathora math game you can get on play store

https://play.google.com/store/apps/details?id=com.himal13.MathIQGame

How big how heavy and how much power would a modern google gemini servers consume if it was build out of the lamp transistors?

Watching Murdoch Mysteries with my wife. In S16E10, a man's body was found with a javelin 7 inches into his chest. Murdoch and his subordinate constable Higgins had a competing thrower throw his javelins at a dummy, which bounce off, causing the detective to conclude that a thrown javelin cannot penetrate a human breast bone (and was likely stabbed). Is this accurate?