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What two digit divisor and a five digit dividend gives you the quotient of 308?
There is more than one answer to your question. One answer is a divisor of 99 and a dividend of 30492. A divisor of 33 and a dividend of 10164 would do as well. In fact you can use any number between 33 and 99 as the divisor if you adjust the dividend accordingly.
Can the remainder be greater than the dividend?
Well, let's see. So we can try 285/9 It is 31 with 6 as it's remainder. You know that the dividend is the largest number, and the divisor would be less than the dividend. Since the divisor can't be any smaller than the remainder so would the dividend. Because it will be the only LARGEST number in the division equation.
Why must the remainder be less than the divisor?
The remainder is less than the divisor because if the remainder was greater than the divisor, you have the wrong quotient. In other words, you should increase your quotient until your remainder is less than your divisor!
What is quotient mean in math?
The "quotient" is the solution to a division problem. For example: in the problem 147/7 = 21 147 is the dividend (or numerator,) 7 is the divisor (or denominator,) and 21 is the quotient. If there is anything left over after the division, that would be called the remainder. Note that the terms numerator and denominator are usually used in the context of fractions whereas dividend and divisor are used in the context of division. However, those contexts are equivalent, since fractions are really an expression of a division problem.
How many times 19 can go into 17?
The answer is 0 times with a remainder of 17. When dividing 17 by 19, the divisor is larger than the dividend, so the division cannot be completed evenly. The quotient would be 0, and the remainder would be the original dividend, which is 17 in this case.
When the quotient is 8 the divisor is 4 and the remainder is 3 the dividend is?
Oh, isn't that just a happy little math problem? When the quotient is 8, the divisor is 4, and the remainder is 3, we can use the formula: Dividend = (Divisor x Quotient) + Remainder. So, the dividend would be (4 x 8) + 3, which equals 35. Just like painting a beautiful landscape, math can be a peaceful and joyful experience.
What would happen if the remainder was greater than the divisor?
the quotient would be wrong
What two digit divisor and a five digit dividend gives you the quotient of 308?
There is more than one answer to your question. One answer is a divisor of 99 and a dividend of 30492. A divisor of 33 and a dividend of 10164 would do as well. In fact you can use any number between 33 and 99 as the divisor if you adjust the dividend accordingly.
Can the remainder be greater than the dividend?
Well, let's see. So we can try 285/9 It is 31 with 6 as it's remainder. You know that the dividend is the largest number, and the divisor would be less than the dividend. Since the divisor can't be any smaller than the remainder so would the dividend. Because it will be the only LARGEST number in the division equation.
What is the remainder in the division problem 154?
That would depend on the divisor of the dividend of 154 which has not been given.
Why must the remainder be less than the divisor?
The remainder is less than the divisor because if the remainder was greater than the divisor, you have the wrong quotient. In other words, you should increase your quotient until your remainder is less than your divisor!
What is quotient mean in math?
The "quotient" is the solution to a division problem. For example: in the problem 147/7 = 21 147 is the dividend (or numerator,) 7 is the divisor (or denominator,) and 21 is the quotient. If there is anything left over after the division, that would be called the remainder. Note that the terms numerator and denominator are usually used in the context of fractions whereas dividend and divisor are used in the context of division. However, those contexts are equivalent, since fractions are really an expression of a division problem.
How many times 19 can go into 17?
The answer is 0 times with a remainder of 17. When dividing 17 by 19, the divisor is larger than the dividend, so the division cannot be completed evenly. The quotient would be 0, and the remainder would be the original dividend, which is 17 in this case.
What is a division problem where the quotient is larger than the dividend?
Well, honey, a division problem where the quotient is larger than the dividend is technically not possible in the realm of real numbers. You see, division is all about breaking things down into smaller parts, so it's like trying to fit a big ol' watermelon into a tiny little cup - just ain't gonna happen. Stick to addition if you want to see numbers grow, sweetie.
Which division problem would have an estimated quotient of 15 if the divisor and dividend were rounded to the nearest whole number?
The answer is 90.24 divided by 6.3.
How do you divide on an abacus?
Step1 Set the auxilary field on the left equal to the divisor. Step2 Put the dividend into the primary operations section. Step3 Divide each section as you would on paper, keeping track of the quotient in the right auxilary field. Subtract the number of the quotient multiplied by the divisor from the dividend between each section so that you have a method of checking for accuracy. Step4 Stop when the dividend is no longer equal to, or greater than, the divisor.
Write 21 7 as a mixed number?
21/7 so you will divide 7 into 21; 7/21= 3 the quotient is 3, the remainder is 0, the divisor is 7; answer is ...3 0/7 If the question was write 8/5 as a mixed number you would divide 5 into 8. 5 is the divisor, 1 is the quotient, 3 is the remainder. The answer to that is 1 3/5. Remainder Quotient Divisor 1 3/5.
