Yes, it is possible to span a narrow space with stone by using appropriate support structures like beams or columns to distribute the weight of the stone evenly. The stone could be cut into smaller pieces and placed on these supports to create a stable span. Professional engineering consultation is recommended to determine the best approach for your specific project.
In J.K. Rowling's "Harry Potter and the Philosopher's Stone" (released as "Harry Potter and the Sorcerer's Stone" in the U.S.), Harry, Ron, and Hermione prevent Professor Quirrell from using the Philosopher's Stone to restore Lord Voldemort to power. They discover that Professor Dumbledore had placed a protection on the Stone that only someone who wanted to find the Stone but not use it could get it. The Stone is destroyed, and Voldemort is temporarily defeated.
In empty space, an electromagnetic wave can only travel at one speed - the speed of light.In empty space, an electromagnetic wave can only travel at one speed - the speed of light.In empty space, an electromagnetic wave can only travel at one speed - the speed of light.In empty space, an electromagnetic wave can only travel at one speed - the speed of light.
I assume you want to know why communication in space uses only radio. The reason is that there is nothing else. Sound cannot travel through a vacuum, as it requires a fluid medium (or even solid) such as air or water. The vacuum of space has no air or water. It is possible to use wired systems if there is any way to string the wires.
Electromagnetic waves can traverse through empty space. Heat is transferred right from Sun to earth only through empty space
anything with matter takes up space. two objects cannot occupy the same space, I mean it wouldn't be funny if that guy not paying attention just walked through the pole instead of smashing into it right? So, when you drop a rock in the cup, the cup still only has the same amount of space to give up, but now the rock and the water are competing for that space. Well the rock is denser, so it sinks, pushing the water out of the way and causing it to rise. If you want to see this happen where the water wins, try putting a ping pong ball in the glass. You'll notice now its the water that remains in the glass and the ball that is sticking out of the cup.
Spanning narrow spaces with stone is possible due to the inherent strength and compressive properties of stone materials. When properly engineered, stone can support significant loads across short distances, utilizing techniques like arching or corbelling to distribute weight effectively. However, as the span increases, the potential for tensile stress and structural failure rises, making it more challenging to use stone alone for wider openings without additional support.
no, it is only possible to see the moon from earth.
It is not yet known not only how, but whether or not space can be created or destroyed.
The mist stone does not exist. The only possible way of getting it would be through cheating, like hacking.
a sphere
No, though they can narrow it down to two possible locations.
Right now that is only a rumor, but it is possible.
There is only one possible outcome and that is 2. So the sample space is the number 2.
The only possible answer is a cone, because they don't have any other flate sufaces.
For hard drive space, it is not only possible, but is the norm for today's computers. Desktop computers do not have the physical space for the sticks of RAM that would be required for 100 GB's worth. Many servers do, however.
For lacrosse heads? It means you make the narrow part of the head more narrow. This lets you have less space to catch but less space for the ball to fall out of. This should only be done for attack players and some middies depending on preference. Dont pinch it too much because there are rules ik for highschool its 2.5 inches minnimum
Not. Because. it can only possible when it travel with speed of light, but it is still impossible.