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A hypothesis for how the tilt of earths axis affect the seasons?
While the Earth revolves around the Sun, the axis is always pointed in the same direction, so the Sun's light hits different parts of the Earth at different angles. For example, in summer in the Northern Hemisphere, the top of the Earth's axis is pointed towards the Sun, so the light hits the Earth there more directly, causing more heat.
What is the distance in a straight line from one place on a ripple to the same place on the next ripple?
The distance in a straight line from one place on a ripple to the same place on the next ripple is called the wave length.
When the north end of earth axis is tilted toward the sun what will north america exprience?
when the south pole is pointed toward the sun, the northern hemisphere experiences winter, and the south hemisphere experiences summer. when the north pole is pointed toward the sun, the north hemisphere experiences summer, and the south experiences winter.
Is there a barrister called morris nelson in lomo togo?
So you got the spam in your other messages on face book ? Same name and same place ...
What would be the resulting condition of earths axis was perpendicular to the sun?
It would have affected duration of day and night. And weather would have remained same at a particular area whole year. Because when north pole is away from sun summer season is prevailed in that area. if axis of earth become perpendicular then distance of a place from sun would remain same.
A hypothesis for how the tilt of earths axis affect the seasons?
While the Earth revolves around the Sun, the axis is always pointed in the same direction, so the Sun's light hits different parts of the Earth at different angles. For example, in summer in the Northern Hemisphere, the top of the Earth's axis is pointed towards the Sun, so the light hits the Earth there more directly, causing more heat.
What the movement of earth on its axis called?
The earth "rotates" on its axis. At the same time it "revolves" about the Sun. Very three-dimensional.
How do you keep your eyes pointed in the same direction?
Focus on the point you wanna look at and just concetrate on it and there you go both eyes looking at da same place:)
Is a simple machine made up of two cylinders that turn on the same axis is called a lever?
NO
Why is it called the x-axis and the y-axis and not the a-axis and b-axis - what is so special about x and y?
There is no good reason. x and y are frequently used in algebra to denote unknown variables but that again begs the same question - why not a or b?
Do other planets in our solar system have the same pole star as Earth?
No. And Earth's axis won't point in the same direction forever, either - in a process called "precession", the direction of the axis changes over time.
What causes the different seasons on the earth?
Earth has seasons because its axis is tilted. Earth's axis is always pointed in the same direction, so different parts of Earth get the Sun's direct rays throughout the year.
How are the x-axis and y-axis the same in math?
Both or axis', they are lines, and both are in graphs, but techniquelly they arent the same thing.
What is a simple machine made up of two cylinders that turn on the same axis called?
A simple machine made up of two cylinders that turn on the same axis is called a "wheel and axle." The wheel is the larger cylinder that turns, while the axle is the smaller cylinder that is fixed in place. This design allows for the easy movement of loads and reduces friction, making it easier to perform work. Common examples include door knobs and bicycles.
Is the x axis the same as the ordinate?
No the x axis is the abscissa and the y axis the ordinate.
What is the name of the slender pointed projection on the distal end of the ulna?
The same as the slender, pointed projection on the distal end of the radius: the styloid process
Is uranus rotate around the sun in counter-clockwise direction?
No, all the planets go round the Sun in the same direction. However Uranus also revolves around its own axis, which is inclined at 98 degrees to the ecliptic, so sometimes it rolls along and other times the axis is pointed nearly straight at the Sun.
