No because it would fall down due to gravity.
No, because the moon is revolving around the earth.
Ziggeroths
No, it is currently not feasible to build a ladder from Earth to the Moon. The distance is too vast (an average of 384,400 km) and the challenges of such a construction project, including material strength, stability, and cost, make it impractical with current technology.
No, the Earth is much too large for that.
Google "how to build wooden fort", or something similar. Use the plans to build the fort, but instead of building it on the ground, make the foundation a number of stilts planted several feet into the earth. Build the fort on top of the stilts. Be sure to build a ladder or stairs to get in.
Building a ladder into space is theoretically impossible due to the immense distance and the lack of structural integrity required to support such a structure. The atmosphere's density decreases significantly with altitude, making it impractical to construct a ladder that could reach beyond Earth's atmosphere and withstand gravitational and environmental forces. Instead, space access is achieved through rockets and spacecraft designed to overcome Earth's gravitational pull.
Yes.
Jacob's ladder reached from Earth up to Heaven.
There is no ladder if (of?) rocks under the earths surface, your question is meaningless.
The distance from Earth to the sun is much greater than from Earth to the moon. It is not possible that the sun would be between Earth and the moon.
Yes, if the asteroid is captured by the Earth's gravitational pull.
Yes. For instance, on the moon (or just above it). You can also build vacuum chambers on Earth.