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Are all planets in the same orbital plane that is are they all on one imaginary flat sheet?
All eight planets in our solar system vary only slightly from the average plane of the solar system (called the "invariant plane"). Pluto (a "dwarf planet") is skewed from this plane by about 15°, and its orbit is sufficiently eccentric that part of the time it is inside the orbit of Neptune. Makemake and Eris (dwarf planets) are also tilted out of the plane.
The most tilted orbit of the proper planets is Mercury, at about 6 degrees.
Often the tilts of the planets' orbits are given relative to the plane of the Earth's orbit (the plane of the ecliptic). In fact that's not too misleading because the difference between the plane of the ecliptic and the invariant plane is only about 1.5 degrees.
Here are the orbit inclinations (in degrees, relative to the plane of the ecliptic) for all the planets:
Mercury: 7.00
Venus: 3.39
Earth: Zero, of course
Mars: 1.85
Jupiter: 1.30
Saturn: 2.48
Uranus: 0.77
Neptune: 1.77
See links for a diagram.
What else can I help you with?
George uses crayons to draw a model of the solar system on a sheet of paper. What is a limitation of this model?
george cannot move the planets around the sun
Are all of the planets' orbits flat?
The orbit of each planet is completely in a plane. That is, the whole orbit would lie on a sheet of paper if you had one big enough ... there are no lumps or bumps in the orbit that rise out of the paper or droop below it.It's important to understand, though, that the orbits of all the planets don't all lie in the same plane. They're all close, but they're all different.The plane of the earth's orbit is what we call the "Ecliptic Plane". The line where the ecliptic plane intersects the "bowl" of the sky is the circular path through the stars that the sun appears to travel in the course of a year.Compared to the ecliptic plane, the plane of Mercury's orbit is tilted about 7 degrees, Mars' orbit about 1.9 degrees, Saturn's orbit about 2.5 degrees, and our moon's orbit about 5.5 degrees. This is why the sun, moon, and planets all appear to move through the same narrow band in the sky, though not exactly along the same line.People have noticed this for thousands of years, and concluded that there must be something special about this narrow band in the sky. They ascribed special characteristics and influences to that strip, and to the stars and constellations in it. That series of constellations are the familiar 12 of the band called the 'Zodiac'.
Which continent covers North Pole?
The North Pole is not on any continent. It is an imaginary point on the Earth's surface that can be reached by travelling over the Arctic Ice Sheet, which forms on the surface of the Arctic Ocean.
What percentage sheet of ice does the Antarctica Ice sheet hold?
The ice sheet holds 100% of Antarctica's . . . ice sheet.
What is the importance of topographic sheet?
of topo sheet number
What are the key differences between an orbital sander and a sheet sander, and which one would be more suitable for my woodworking project?
An orbital sander moves in a circular motion, while a sheet sander moves back and forth. Orbital sanders are better for fine finishing, while sheet sanders are more aggressive for removing material. For woodworking projects requiring smooth finishes, an orbital sander is more suitable.
What are the main differences between an orbital sander and a sheet sander, and which one would be more suitable for my woodworking project?
An orbital sander moves in a circular motion, while a sheet sander moves back and forth. Orbital sanders are better for smoothing surfaces and removing material quickly, while sheet sanders are more precise for detail work. For a woodworking project, the choice depends on the task: use an orbital sander for larger areas and rough sanding, and a sheet sander for finer details and finishing touches.
What is the difference between an orbital sander and a sheet sander?
An orbital sander moves in a circular motion, while a sheet sander moves back and forth in a straight line. This results in different sanding patterns and finishes on the surface being worked on.
What are the key differences between a sheet sander and an orbital sander, and which one would be more suitable for my woodworking project?
A sheet sander moves in a back-and-forth motion, while an orbital sander moves in a circular motion. Sheet sanders are better for flat surfaces and fine finishing, while orbital sanders are more versatile and can handle curved surfaces. For woodworking projects, an orbital sander would be more suitable due to its versatility and ability to handle different types of surfaces.
What country contains the north pole?
None, it is an imaginary point on the Arctic Ocean ice sheet.
What is a real life example of a plane in geometry?
a sheet of paper
Is the North Pole on a continent?
No, The North Pole is an imaginary point on a floating ice sheet in the Arctic Ocean.
How many cleavage planes forms a silicate sheet?
A silicate sheet has one cleavage plane, which allows it to split easily along this flat surface. This cleavage plane is a result of the structure of silicon and oxygen atoms arranged in sheets within the mineral.
What are the key differences between a 1/4 sheet sander and an orbital sander, and which one would be more suitable for your specific sanding needs?
A 1/4 sheet sander is smaller and more precise, while an orbital sander is larger and more versatile. If you need detailed sanding in tight spaces, a 1/4 sheet sander is better. For larger, flat surfaces, an orbital sander is more suitable. Choose based on the size and intricacy of your sanding project.
Is the north pole made of water?
The North pole is an imaginary point on the floating ice sheet of the Arctic Ocean.
Can you bring sheet masks on a plane?
Yes, you can bring sheet masks on a plane in your carry-on luggage. Just make sure they comply with the TSA's liquid restrictions and pack them in a clear, resealable plastic bag.
What is a flat surface with no edge or boundaries?
A flat surface, like a sheet of paper, with no edges (ie: it goes on and on and on and on....) or boundaries. What you're describing is a 2 dimensional plane. No, not plane like an airplane. A plane is simply a flat "sheet" that goes on forever in 2 dimensions: left/right (wide) and up/down (tall).
