Based on recent observations, it seems that there is AT LEAST one planet for every star. That doesn't necessarily mean that every star must necessarily have a planet, but to compensate, some stars have several; and it is expected that on average, there should be more planets than stars.Note that we don't know how large the Universe is - it may or may not be infinite. The numbers usually quoted refer to the OBSERVABLE Universe - a sphere around us, with a radius of about 46 billion light-years.
That seems to be the way the universe is. "Why" is irrelevant.
10,000,000,000,000,000 it's equal to approximately ten thousand billion dollars
Ten billion divided by ten million is one thousand.
the place values above 1,000,000,000 areten million, hundred million, thousand million, ten thousand million, hundred thousand million,billion, ten billion, hundred billion ,thousand billion, ten thousand billion, hundred thousand billion, million billion (I Think) trillionalso a number with a hundred digits is a googol and 1000 digits is a decaplex
100,000 ten-thousands to equal 1 billion.
Neither. There are about 200-400 billion stars in the Milky Way alone. It's been estimated that there are about 10 sextillion (that's ten thousand billion billion) stars in the observable universe.
Ten billion dolars is bigger because one thousand million is the same as one billion.
unit hundred thousand ten-thousand lakh / hundred-thousand million crore / ten-million billion ten-billion hundred-billion trillion . . . so on...
Halfway between one million and ten billion is 5,000,500,000 (five billion 500 thousand).
One billion, ten thousand.
In USA it would be: One Billion equals One Thousand Millions, so Ten Billions equals Ten Thousand Millions One percent of Ten Thousand Millions is 1 % 10,000 = 0.1 millions
There are four 0s in ten thousand, seven in a crore so eleven in ten thousand crore. That would make it a hundred billion.
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