The equation you are describing is typically written as "x divided by y equals 25 with a remainder of 7." Mathematically, this can be represented as x = 25y + 7. In this case, x is the dividend, y is the divisor, 25 is the quotient, and 7 is the remainder. To find specific values for x and y that satisfy this equation, you would need more information or constraints.
Well, isn't that a happy little question! When we see "25 R7" in division, it means 25 divided by 7. The "R7" part represents the remainder of the division, which in this case would be 4. So, 25 divided by 7 equals 3 with a remainder of 4.
7x3 equals 21 with no remainder.Than 21+4 equals 25. and 15 is the number which can be divided by 7 and answer will be 3 reminder 4
3.4286
2.7778
25 divided by 9 is 2 with remainder 7
Well, isn't that a happy little question! When we see "25 R7" in division, it means 25 divided by 7. The "R7" part represents the remainder of the division, which in this case would be 4. So, 25 divided by 7 equals 3 with a remainder of 4.
7x3 equals 21 with no remainder.Than 21+4 equals 25. and 15 is the number which can be divided by 7 and answer will be 3 reminder 4
3.4286
2.7778
25 divided by 9 is 2 with remainder 7
14.2857
2.3333
682.2857
7.4
To determine how many times 18 goes into 25, we perform integer division. When we divide 25 by 18, we get a quotient of 1 with a remainder of 7. Therefore, 18 goes into 25 once with a remainder of 7.
145 divided by 7 equals 20 with a remainder of 5.
25