It is in the ten millions position, but is worth zero.
The 0, in the tens' place has a value of 0. The digit 1 is in the thousandths' place - a much smaller place value but, its value is 1 times a thousandth, which is bigger than 0.
tens
It is the digit of 0 that represents the hundreds place value.
In the decimal number system, the largest digit that can be used in each place value is 9. Place values increase by a power of 10 as you move from right to left, so the ones place can hold digits 0-9, the tens place can hold digits 0-9, and so on. The largest digit in each place value represents the highest value that can be assigned to that position in a number.
Yes. To compare numbers, start with the highest place value digit and if they are equal compare the next place value digit (to the right) until a difference is found. For 1.07 and 1.4: the highest place value digit is the ones digit; they are both 1, so compare the next place value digit: the tenths: for 1.07 it is 0 and for 1.4 it is 4; 0 is less than 4, so 1.07 is less than 1.4
In the number 90.23, the value of the digit 9 is 90, the value of the digit 0 is 0, the value of the digit 2 is 0.2, and the value of the digit 3 is 0.03. Thus, the digit values together represent the number as a whole.
digit 0
What digit in the place with the greatest value is equlal to 4+0
#include<stdio.h> int main() { int d,j=1,i,flag=0,count=0,k=0; int b[]; char a[],c; printf("enter the number="); scanf("%s",a); printf("enter the digit="); scanf("%c",&c); printf("the place value of given digit is:"); for(i=0;a[i]!='\0';i++) { if(a[i]==c) { b[k]==a[i]-'0'; b[k]=b[k]=*j; flag=1; count++; k++; } j=j*10; } if(flag==1) { printf("the place value of given digit %c is:",c); for(i=0;i<count;i++) printf("\n%d",b[i]); } else printf("your entered digit is not present in number"); return 0; }
245.17086 Digit in thousandths place is 0 Digit in ten thousandths place is 8 Digit in tenths place is 1
It is 0.
The value is 0 as there are no digits underlined.
The 0, in the tens' place has a value of 0. The digit 1 is in the thousandths' place - a much smaller place value but, its value is 1 times a thousandth, which is bigger than 0.
In the number 8690425, the digit 0 is in the millions place, which means its value is 0. Since it does not contribute to the overall value of the number, it effectively serves as a placeholder, indicating that there are no millions in this particular number.
tens
It is the digit of 0 that represents the hundreds place value.
To find the smallest value of ( n ) in the number ( 354N6 35455 ), we need to determine what digit ( N ) can be. Since ( N ) represents a single digit (0-9), we can test each digit to see which satisfies the conditions of the problem. The smallest value occurs when ( N = 0 ). Therefore, the smallest value of ( n ) is ( 0 ).