The answer depends on how many pennies on the first square. Assuming that was 1, then the total amount is exactly 2^65 - 1 pennies which is 184,467,447,037,095,516.15 Pounds (approx 184.5 quadrillion pounds).
The next numbers in the sequences are 48, 96, 192, 384, etc. The pattern is that each subsequent number is a doubling of the previous number.
Squaring. Doubling is only multiplying a number by 2, whereas, squaring is multiplying a number by itself :)
No, checkers have 64 and a chess has 204
There are 100 pennies in 1 dollar, so for future references, you just have to divide the number of pennies you have by 100 (the number of pennies in 1 dollar), so 10,000,000 pennies is $100,000.
If we call the day number "d", the number of pennies "n" and the number you are multiplying by each day "m": For how many pennies you get on a particular day: n = m^(d-1) If doubling: subtract 1 from the day number, then raise 2 to the power of that number (using indices) you get the number of pennies. For how many pennies you would have after a certain number of days: n = 1-(m^d)/(1-m) If doubling: raise 2 to the power of the day number, then subtract that from 1 (1st part-answer). Subtract 2 from 1 (2nd part-answer), then divide the 1st part-answer by the 2nd part-answer, and you get the cumulative number of pennies. NB: these formulas can be used for doubling, tripling, quadrupling, halving, quartering, etc. by replacing m with what you would multiply by, and can be used from any starting number. Just multiply your answer with your starting number
The answer depends on how many pennies on the first square. Assuming that was 1, then the total amount is exactly 2^65 - 1 pennies which is 184,467,447,037,095,516.15 Pounds (approx 184.5 quadrillion pounds).
The next numbers in the sequences are 48, 96, 192, 384, etc. The pattern is that each subsequent number is a doubling of the previous number.
The queen can move any number of spaces in a straight line horizontally, vertically, or diagonally on the chessboard.
Squaring. Doubling is only multiplying a number by 2, whereas, squaring is multiplying a number by itself :)
no
The maximum number of moves a bishop can make from its starting position to reach rook 9 on the chessboard is 7 moves.
No, checkers have 64 and a chess has 204
The opposite of doubling a number is halving it. This is also known as multiplying by 1/2 or .5 or dividing by 2.
You cannot. And not all number cubes have the numbers 1-6 on them. For example, a doubling cube for backgammon.You cannot. And not all number cubes have the numbers 1-6 on them. For example, a doubling cube for backgammon.You cannot. And not all number cubes have the numbers 1-6 on them. For example, a doubling cube for backgammon.You cannot. And not all number cubes have the numbers 1-6 on them. For example, a doubling cube for backgammon.
Doubling a number is equivalent to multiplying by 2. Doubling twice (doubling, and then doubling the result again) is equivalent to multiplying by 4. (Also, doubling three times is the same as multiplying by 8, doubling 4 times is the same as multiplying by 16, etc.)
One multiplication will produce your answer: number of pennies in a dollar = 100 X number of dollars = 100 -------------------------------------------------- so number of pennies = 100 X 100 = 10,000 (ten thousand pennies) Basicaly, 10,000 pennies