A. Church of San Carlo Alle Quattro Fontane. is the answer your welcome! :)
Answer: 1. Fall Down
Explanation: In one world I've developed, the local surface gravity is slightly more than three times the surface gravity on Earth. Humans settled this world and were doing quite well through highly advanced technology. A series of disasters removed that technology and even the knowledge of that technology. More than 800 Earth-years later, civilization has started to regain a semblance of Western civilization on Earth.
Gravity introduces a lot of stress on structures and, with a gravitational factor like my world, may be the primary motivator in design. While I generally gloss over the specifics of cities and structures, I would like to know the following:
1. What are the best (known) building materials for a high-gravity environment?
2. What are the best architectural constructs for a high-gravity environment? (e.g., arches, peaked or flat roofs)
3. Considering the safety concerns and additional stressors, is ornamentation a viable feature for structures in a high-gravity environment?
Answer: The meter of a song is indicated by its time signature. The time signature consists of two numbers, stacked one on top of the other. The top number represents the number of beats per measure, while the bottom number represents the note value for each beat.
Explanation: Rhythms are notated using notes and rests. Here are the basic notations for each note, along with its equivalent rest (a rest is silence, when no sound is played):
Not sure what graph you’re talking about but i know that when you play an instrument the pitches are different regarding the note and tone you play
