Even while at rest on the Earth's surface, objects are actually moving due to the Earth's rotation. If a rocket launches East with Earth's rotation, it will get a free boost of extra velocity. At the equator (0 degrees latitude), an object rotates with the Earth at 1,035 miles per hour. As an object is moved closer to the poles, the speed of the spinning decreases. At the Kennedy Space Center (28.5 degrees N latitude) where the space shuttles are launched, objects rotate at about 911 miles per hour. If the space shuttles are launched eastward, they get a free 911 mph boost towards the 17,500 mph required to reach orbit. This means the shuttle can use less fuel and carry more payload. If a space shuttle launched westward, it would need to travel 911 mph faster to fight against the rotation of the Earth.
The US Space shuttle have only launched from Florida. Russia had a space shuttle that was launched from there.
The major difference between a spacecraft and a space shuttle is that the other spacecrafts can not be reused once the do return to the earth with the astronauts. But the shuttle is launched lime a rocket, flys like a plane and lands like a plane on a runway, it is always reusable.
Simple answer: Venus has "retrograde" rotation.A more complicated answer. Venus rotates in the opposite direction compared with Earth and most other planets in our solar system. The Earth's rotation is "prograde". It rotates in the counterclockwise direction, when viewed from above the North Pole.However it is possible to define the "North Pole" of Venus in two different ways.It can be said that, on one definition, Venus also rotates in the direction that'scounterclockwise as viewed from above its North Pole.Still, nearly always, you will find the rotation referred to as "retrograde", so the simple answer is OK.Anyway, Venus definitely rotates in a direction that's opposite to its direction of orbital revolution.
"space shuttle" usually is not capitalized unless you're talking about "The Space Shuttle". Endeavour should always be capitalized because it is the name of the orbiter, and names should always be capitalized.
"space shuttle" usually is not capitalized unless you're talking about "The Space Shuttle". Endeavour should always be capitalized because it is the name of the orbiter, and names should always be capitalized.
The US Space shuttle have only launched from Florida. Russia had a space shuttle that was launched from there.
forwards It is always traveling around the Earth in the same direction as we are rotating, but much faster. The space shuttle when in space can point in any direction, as there in no up and down. It still keeps moving in the same direction, even with engines facing forward.
The rotation of the push rods have to always rotate in a certain direction. It is relative to the crankshaft. Looking at the front of the typical V8 engine, the crankshaft will move on a clockwise direction. I hope I answered your question.
With a chain drive the driven wheel will always rotate in the same direction as the drive wheel, but in a gear drive the direction of rotation will change between drive wheel and driven wheel.
The major difference between a spacecraft and a space shuttle is that the other spacecrafts can not be reused once the do return to the earth with the astronauts. But the shuttle is launched lime a rocket, flys like a plane and lands like a plane on a runway, it is always reusable.
No. While most tornadoes rotate in a direction that matches earth's (clockwise in the northern hemisphere and counterclockwise in the southern), a small percentage go against this. The origin of the spin in tornadoes is not directly related to earth's rotation. Most tornadoes also move in an easterly direction, but not always.
the space shuttle always, no matter what, has a maximum speed of 18,000 mph. the shuttle takes 17,500 mph to reach orbit. because of more fuel, it wouldn't go faster, it would just last longer.
Assuming by crankshaft bolt you mean the one at the front of the engine which usually retains the front drive-belt pulley: It is always threaded so that it is tightened in the opposite direction to rotation of the engine. Hence loosened by turning in the same direction as the engine's rotation.
Simple answer: Venus has "retrograde" rotation.A more complicated answer. Venus rotates in the opposite direction compared with Earth and most other planets in our solar system. The Earth's rotation is "prograde". It rotates in the counterclockwise direction, when viewed from above the North Pole.However it is possible to define the "North Pole" of Venus in two different ways.It can be said that, on one definition, Venus also rotates in the direction that'scounterclockwise as viewed from above its North Pole.Still, nearly always, you will find the rotation referred to as "retrograde", so the simple answer is OK.Anyway, Venus definitely rotates in a direction that's opposite to its direction of orbital revolution.
The moon rotates in the same direction as its orbit. The rate of rotation is such that the same face is always pointing at the earth.
The absolute direction of rotation is always the same (from East to west). How we describe that direction depends on the frame of reference we use. Conventionally we look from above the North pole and say the Earth rotates anticlockwise (from East to West). If your reference frame was a view above the South Pole then you would say the Earth otated clockwise (from East to West).
Not always