how many zeros in a crore?
452753
A crore is a unit in the traditional number system, still widely used in Bangladesh, India, Myanmar, Sri Lanka, and Pakistan. It was also used in Iran for many centuries until some decades ago.\n\nAn Indian crore is equal to 100 lakhs or 10 million (107). An Iranian crore (کرور (Korur) in Persian) is half a million (500,000).
662225
zero is an integer.\nAn integer is any whole number (positive or negative), including zero.
987921
The number zero came from India
484386
0 as a number\n\n0 is the integer that precedes the positive 1, and follows −1. Zero first appeared as a number in Brahmagupta's work dated to 628. Prior to that Babylonians used a space marker that played one of the functions of zero. Babylonians did not have a special symbol for zero. In most (if not all) numerical systems, 0 was identified before the idea of 'negative integers' was accepted.\n\nZero is an integer which quantifies a count or an amount of null size; that is, if the number of your brothers is zero, that means the same thing as having no brothers, and if something has a weight of zero, it has no weight. If the difference between the number of pieces in two piles is zero, it means the two piles have an equal number of pieces. Before counting starts, the result can be assumed to be zero; that is the number of items counted before you count the first item and counting the first item brings the result to one. And if there are no items to be counted, zero remains the final result.\n\nWhile mathematicians all accept zero as a number, some others would say that zero is not a number, arguing one cannot have zero of something. Others hold that if you have zero dollars in your bank account, you have a specific quantity of money in your account, namely none. It is that latter view which is accepted by mathematicians and most others.\n\nAlmost all historians omit the year zero from the proleptic Gregorian and Julian calendars, but astronomers include it in these same calendars. However, the phrase Year Zero may be used to describe any event considered so significant that it virtually starts a new time reckoning.\n\n\n\n0 as a numeral\n\nThe modern numeral 0 is normally written as a circle or (rounded) rectangle.\n\nOn the seven-segment displays of calculators, watches, etc., 0 is usually written with six line segments, though on some historical calculator models it was written with four line segments. This variant glyph has not caught on.\n\nEarly Europeans hesitated to consider zero as a numeral or number. Leonardo of Pisa or Fibonacci says the following in 1202 AD when the Indian number system arrived in Europe.\n\n"After my father's appointment by his homeland as state official in the customs house of Bugia for the Pisan merchants who thronged to it, he took charge; and in view of its future usefulness and convenience, had me in my boyhood come to him and there wanted me to devote myself to and be instructed in the study of calculation for some days. \nThere, following my introduction, as a consequence of marvelous instruction in the art, to the nine digits of the Hindus, the knowledge of the art very much appealed to me before all others, and for it I realized that all its aspects were studied in Egypt, Syria, Greece, Sicily, and Provence, with their varying methods; and at these places thereafter, while on business.\n\nI pursued my study in depth and learned the give-and-take of disputation. But all this even, and the algorism, as well as the art of Pythagoras, I considered as almost a mistake in respect to the method of the Hindus. (Modus Indorum). Therefore, embracing more stringently that method of the Hindus, and taking stricter pains in its study, while adding certain things from my own understanding and inserting also certain things from the niceties of Euclid's geometric art. I have striven to compose this book in its entirety as understandably as I could, dividing it into fifteen chapters.\n\nAlmost everything which I have introduced I have displayed with exact proof, in order that those further seeking this knowledge, with its pre-eminent method, might be instructed, and further, in order that the Latin people might not be discovered to be without it, as they have been up to now. If I have perchance omitted anything more or less proper or necessary, I beg indulgence, since there is no one who is blameless and utterly provident in all things."\n\nLeonardo of Pisa \nHere Leonardo
1025890
The ancient India astronomer Brahmagupta is credited with having put forth the concept of zero for the first time: Brahmagupta is said to have been born the year 598 A.D. at Bhillamala (today's Bhinmal ) in Gujarat, Western India.\n\nIt is possible that like the technique of algebra; the concept of zero also reached the west through the Arabs. In ancient India the terms used to describe zero included Pujyam, Shunyam, Bindu the concept of a void or blank was termed as Shukla and Shubra. The Arabs refer to the zero as Siphra or Sifr from which we have the English terms Cipher or Cypher. In English the term Cipher connotes zero or any Arabic numeral. Thus it is evident that the term Cipher is derived from the Arabic Sifr which in turn is quite close to the Sanskrit term Shubra.
873178
249 zeros end 1000!\n\nThere will be a zero for every factor of 10 multiplied in 1000!. Since 10 = 2*5 there will be as many factors of 10 as there are numbers of factors of 5.\nThere are 200 numbers from 1 to 1000 divisible by 5.  So 200 5's in these.\nThere is an additional 5 for every factor of 25=5*5.  There are 40 of these from 1 to 1000, so add another 40.\nThere is an additional 5 for every factor of 125 = 5*5*5, and there are 8 of these, so 8 more.\nAnd one more factor of 5 for 625 = 5*5*5*5.\nSo 200 + 40 + 8 + 1 = 249 factors of 5, thus 249 factors of 10 and 249 trailing zeros.\n\n2 is the first digit to the left of these zeros.\n\nMath proof too lengthy here and now.  http://www.justinwhite.com/big-calc/1000.html\n\nPretzels:  Good starting technique, however, in ignoring factors like 32 and 35 (because one has a 2 and one has a 5) you neglected to factor in the residue factors i.e., 32/2 = 16 and 35/5 = 7.  These will contribute to the last non-zero digit.  Also, the 3 in 30, the 4 in 40, th 6 in 60 etc. as well as the 3 in 300, the 4 in 400, the 6 in 600, etc. all contribute to this digit.\nThis is very complicated and will take a long boring time to type it all out.  Just use a computer/calculator to figure it.  It's 2.
435872
The ancient Indians first completely discovered the "0". They were the ones to settle in the Indus River Valley (You know, the whole Aryan story). However, the Babylonians left a space in their numeral system where 0 was, and the Greeks seemed to have some understanding of it, but thought "How can nothing be something."\n\nNOTE: Brahmagupta first used the zero in his work in A.D. 628. In case you were wondering, he was from the ancient Indian civilization.
902613
I just plugged this into my calculator.\n\n[1, 0, 2, 0, 2, 0 | 0\n0, 1, -3, 0, -2, 0 | 0\n0, 0, 0, 1, -1, 0 | 0\n0, 0, 0, 0, 0, 1 | 0\n0, 0, 0, 0, 0, 0 | 1 ]\n\nTake it however you want.
28961
Still Zero since (0 / 2 = 0).\n\nWhen double below zero is used it is normally just to put emphasis on the fact that it is very cold.
432092
100000(1 lakh or one hundered thousand rupees)=$2,214.34906\n\n\n$1=Rs45.160
910613
Have a look at http://en.wikipedia.org/wiki/Long_and_short_scales - this explains the origin of the billion with 12 or 9 zero's.  In fact now in Britain it's widely accepted that a billion is a thousand million, so calling a billion with 12 zero's a British billion is now misleading.
1090405
hi there\ni am having \n1 crore indian email i'ds - 500\n6 crore world wide email id's 1000\nif you want it then u may contact \n\nthanks\nregards\nislaminamdar@yahoo.com\njoin my randomizer www.allyours.info\ninamdarinfotech.com\nps. dont 4get to vote for best answer
535905
0 ( Zero )\n\nThe most importanat number which enables us to progress.
387091
Actually your question is the explaination of division operation of the number 1000000 to the number 0...\nThere is infinite zeros at any Real number... The number of a million is allready a Real number... Then we can say that the answer is infinite... Even if you like to ask another Real number the answer doesn't change... It is infinite for all Real number...
594495
Multiply the dollars by fifty. That is roughly the equivalent in Rupees.( Actual differs from day to day basis and hovers between Rs. 45 to Rs 48.)\n\nIn this case it will be less than 150 million Rupees.
554118
1 Lakh is written as 1,00,000.00 or in terms of millions, it is 0.1 million.\nTherefore, 1 million is 10 Lakhs
707641
another zero would be the conjugate of the one you know,\nthen try the rational zeros test, or even syn div