north
Triton, Neptune's largest moon, has a unique retrograde rotation, meaning it rotates in the opposite direction to Neptune's rotation. It takes approximately 5.8 Earth days to complete one rotation on its axis, which is also the same amount of time it takes to orbit Neptune. This synchronous rotation results in Triton always showing the same face to the planet as it orbits. Triton's unusual orbit and rotation suggest that it may have been captured by Neptune's gravity rather than forming in place.
There are two angles to consider: North-South direction and inclination up from horizontal. For best performance, face the solar panel generally south at an inclination of 15 to 30 degrees up from horizontal. This will point the face of the panel nearly directly at the sun. Don't stess over the exact angle, you should be fine as long as its close. Hope this helps... In terms of angle, I have read that you should tilt the panel at an angle equal to your latitude geographically. So, LA is 34 degrees LAT, therefore tilt the panel 34 degress for year round installation. If possible it should be tilted accordingly for seasons. I found a web site with the acronym RSPEC (Reduce Swimming Pool Energy Costs) that suggests the following: The collectors should (ideally) face due south and should be angled based upon your latitude. For heating in the summer months subtract 10-15 degrees from your latitude. For heating in the winter months add 10-15 degrees to your latitude and for year round heating install at your latitude.
IT was created in B.C.--- **BEFORE CALCULATION** :D:D:Dlol smiley face :-):D:Total Cow DUMP!It was invented in a town called New Hartley in 1390 Athens Greece.
I think first you calculate the area of the triangular face. If you forgot that's ok. The formula is A= bxh divided by 2 which is the same as the area of a triangle is base multiplyed by height and divided by two. Then you need to know the length of the prism(the length of the rectangle)and multiply them together. So your calculation should look like this: Triangular face- A=bxh divided by 2 let's say that the base of the triangle is 5 cm and the height is 12cm Length of prism- let's say the length is 25 cm A=bxh divided by 2 A=5 x 12 divided by 2 A = 20 divided by 2 A = 30 cm squared 30 x 25 = 750cm squared( little 2)
Yes, "bumpy road" is often used as a metaphor to describe a difficult or challenging situation in life. Just as a physical bumpy road can make travel uncomfortable and slow, the metaphor highlights obstacles, setbacks, or struggles one might face on their journey. It conveys the idea that progress may not always be smooth and requires perseverance.
North
The answer is yes the pyramids only faced the north in egypt.
your are annoying to keep there dead safe...and i ran away cause i saw your face
Jews pray facing the east-in the direction of Jerusalem
No, there are many different types of pyramids. To give a real-life comparison, the Egyptian pyramids are square pyramids, and have 5 faces. Triangular pyramids have 4 faces. (Count the base as one face) A pentagonal pyramid would have 6 faces. (Five on each side, plus the base) A hexagonal pyramid would have 7 faces, etc. (One for each side base + the base's face)
North
Ah, the Great Pyramids of Giza are facing true north, south, east, and west, aligning perfectly with the cardinal directions. This precision and alignment show the incredible skill and knowledge of the ancient Egyptian architects who built these majestic structures. Just imagine the dedication and patience it took to create something so harmoniously connected to the world around it.
It can, but pyramids don't necessarily have to have a square face.
They dont have a particular direction,they can face any direction.
Four face.
In the UK - they face East - which is the direction towards Mecca.
The mosque can be placed in any direction. However, Muslims when praying inside the mosque they should face the direction to Kaaba. This direction is marked out inside the mosque by a specific direction sign or structure.