To the nearest ten, 60
To the nearest one, 56
To the nearest tenth, 55.8
To the nearest hundredth, 55.75
round to the place value of the bold digit of 57,294
309.7222
Since there is no bold digit, there is no place value!Since there is no bold digit, there is no place value!Since there is no bold digit, there is no place value!Since there is no bold digit, there is no place value!
0.83942623 rounded to the nearest hundred thousandth is 0.83943.The bold two is the hundred thousandth place.
You cannot take the 'square roots;' of negative number, without going into the realms of IMAGINARY number. So under normal ;square rooting; rules it remains 'unresolved'. However. -5575 sqrt( -5575) = sqrt(-1 X 5575) => sqrt(-1) X sqrt(5575) The 'sqrt (-1)' has never been solved., but it is given the symbol lower case letter 'i' for IMAGINARY. However the sqrt(5575) = +/-74.66592272..... So the best in modern maths for 'sqrt(-5575_ is +/-74.6659....i ' as the recognised answer. If you can solve the 'sqrt(-1)' , the mathemtical/scientific world would like to know.
The Bold and the Beautiful - 1987 1-5575 was released on: USA: 1 June 2009
round to the place value of the bold digit of 57,294
7,365,101
309.7222
5575 = (V)DLXXV normally in block capital letters
5575
Since there is no bold digit, there is no place value!Since there is no bold digit, there is no place value!Since there is no bold digit, there is no place value!Since there is no bold digit, there is no place value!
0.83942623 rounded to the nearest hundred thousandth is 0.83943.The bold two is the hundred thousandth place.
3.280
Are you asking how to round to thousands place when there's a zero in that place
KBB value is $5575
VDLXXV ( the v should have a line over it