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.
47 times with 3 remaining
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.