I think this is about telescopes. The obvious answer is "tube", but that doesn't sound technical enough.
The "tube" of a telescope is referred to as the barrel.
the correct answer would be 400 miles apart from each other
Adrenal gland hormones Aldosterone and Corticosteroid regulates salts in the circulatory system.
The best unit of measurement for the measuring the distance between two towns would be miles. You could also use kilometers if you want, but anything smaller than miles or kilometers would make getting the correct measurement difficult.
That is definitely not the correct distance between Sun and Venus. Once you get the correct distance in kilometers, divide it by the speed of light (300,000 kilometers/second), to get the time in seconds. Or you can do it this way. It takes light about 500 seconds to reach Earth from the Sun. Venus is at about 0.723 times the distance of Earth from the Sun. So it takes light about 0.723 x 500 seconds to get to Venus from the Sun. That gives the answer as 6.025 minutes. So, rounded, the answer is 6 minutes. Incidentally, the distance of Venus from the Sun is about 108.2 million kilometers.
gametes are the correct answer!
There's a knob on The side that allows you to adjust the proper height of the lense
This happens all the time, allowing that the semi truck maintains the correct following distance there is no problem.
The wave length. This is also correct if you are referring to the distance between the trough of two waves.
The correct unit to describe the distance between stars is the "light year", the distance a photon of light would travel (through a vacuum) in a year.
The correct answer would be 40.44.
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neither graham nor yolanda is correct
the span
If you measured the distance between the moon and earth you could calculate the correct Distance you are recommended to travel.
A tensioner automatically maintains the correct tension on the accessory drive belt.
When the magnitude of the charges increase definitely electrostatic force also increases. Because the force is directly proportional to the product of their charges. When the distance between them increases then force decreases because the force is inversely proportional to the square of the distance between the charges.
That's partly correct. The distance between the goalposts is indeed 7.32 meters, but the goal line continues over the entire width of the field (not just between the goalposts).