It is: 4.7*10 = 470
It is: 1 times 47 = 47 which is a prime number
XLVII represents -10+57 = 47
47
The Roman numeral XLVII represents the number 47. In this notation, X stands for 10, L for 50, V for 5, and I for 1, with the subtractive principle applied: XL (40) plus VII (7) equals 47.
The number 47 goes into the times table of 47 itself. This means that multiples of 47 include numbers like 47, 94, 141, and so on. Additionally, 47 divides evenly into any number that is a multiple of 47, such as 94 (47 x 2) and 141 (47 x 3). It does not fit into the times tables of smaller integers like 2, 3, or 5.
47 + n
It is: 1 times 47 = 47 which is a prime number
47 x 10 = 470
4 and 7/10
XLVII represents -10+57 = 47
A silver atom has 47 protons. This is because the atomic number of silver is 47, which represents the number of protons in a silver atom.
4.7 times
To determine how many doublings it takes to reach 47 trillion cells, we can use the formula for exponential growth due to doubling: ( N = N_0 \times 2^d ), where ( N ) is the final number of cells, ( N_0 ) is the initial number of cells, and ( d ) is the number of doublings. Assuming we start with 1 cell, we set up the equation ( 47 \times 10^{12} = 1 \times 2^d ). Solving for ( d ), we find ( d = \log_2(47 \times 10^{12}) ), which is approximately 45.5. Therefore, it takes about 46 doublings to reach at least 47 trillion cells.
No, 7 does not go into 47 a whole number of times.
47/10
47
The Roman numeral XLVII represents the number 47. In this notation, X stands for 10, L for 50, V for 5, and I for 1, with the subtractive principle applied: XL (40) plus VII (7) equals 47.