To express "60 remainder 1" in mathematical terms, you can write it as an equation: ( 61 \div 60 = 1 ) with a remainder of 1. Alternatively, you can represent it as ( 60k + 1 ), where ( k ) is any integer. In simple division notation, it can be written as ( 61 \mod 60 = 1 ).
that depends on the divisor. 601 divided by 10 = 60 R1; so 1/10 =0.1 => 60.1 121 divided by 2 = 60 R1; so 1/2 =0.5 => 60.5 So, in words, 1 is divided by the original divisor and that decimal form is added to 60.
60.1296
1 with remainder 28.
1 with remainder 60.
You do this by long division: How many times does 11 go into 60? 5, with a remainder of 5 Write down "5, point" Append a zero to the remainder (5) to make 50. How many times does 11 go into 50? 4, with a remainder of 6 Write down 4 to make "5.4" and turn 6 into 60. How many times does 11 go into 60... Arrived where we started. It repeats pairs of digits. So the final answer is: 5.454545...
60 with remainder 1.
The LCM of 2, 3, 4 and 5 is 60. Since you need a remainder of 1 just add 1. So the answer is 61. Or any number that is 1 more than a multiple of 60.
60 ÷ 43 = 1 with remainder 17
that depends on the divisor. 601 divided by 10 = 60 R1; so 1/10 =0.1 => 60.1 121 divided by 2 = 60 R1; so 1/2 =0.5 => 60.5 So, in words, 1 is divided by the original divisor and that decimal form is added to 60.
60.1296
Not evenly (1 with remainder 40).
1 with remainder 35.
37
1 with remainder 35.
1 with remainder 28.
1 with remainder 60.
1 with remainder 20.