If the sum of $-23, -62$ and $-25$ is divided by the product of $-11$ and $10$, then the quotient is_____.
Given:
The sum of $-23, -62$ and $-25$ is divided by the product of $-11$ and $10$.
To do:
We have to find the quotient.
Solution:
The sum of $-23, -62$ and $-25=-23+(-62)+(-25)=-(23+62+25)=-110$
The product of $-11$ and $10=-11\times10=-110$
The sum of $-23, -62$ and $-25$ divided by the product of $-11$ and $10=\frac{-110}{-110}=1$
The quotient is $1$.
Related Articles
- Without performing actual addition and division, write the quotient when the sum of 69 and 96 is divided by (i) 11(ii) 15
- $\frac{1}{2}$ is subtracted from a number and the difference is multiplied by 4. If 25 is added to the product and the sum is divided by 3, the result is equal to 10. Find the number.
- Find the quotient when difference of 985 and 958 is divided by 9.
- Find the dividend which when divided by $-25$ gives 154 as the quotient.
- The product of two integers is \( -625 \). If one of them is 25, then the other is
- If sum of the number 985 and two other numbers obtained by arranging the digits of 985 in cyclic order is divided by 111, 22 and 37 respectively. Find the quotient in each case.
- If a fraction is multiplied by itself and then divided by the reciprocal of the same fraction the result is $18\frac{26}{27}$, then the fraction is
- Write the following statement as an expression:The number $x$ is divided by 11 and then 4 is added to the result.
- EXPONENTS AND POWER:If the question is that 10 raised by power 22 + 10 raised by power 20, divided by 10 raised by power 20, then calculate the answer.
- The mass of planet A is $7.45 \times 10^{25}$ kg and the mass of planet B is $8.55 \times 10^{23}$ kg. What is the total mass?
- If $x + (-62) = -121$ then the value of $x$ will be?
- If $3$ and $-6$ as the sum and product of its zeros respectively, then write the quadratic polynomial $f( x)$.
- Find the number which when divided by 56 gives a quotient 108 and reminder 39
- Five numbers are in A.P., whose sum is $25$ and product is $2520$. If one of these five numbers is $−\frac{1}{2}$, then find the greatest number amongst them.
- If the sum of the zeros of a polynomial is 2 and the product of zeros is 3 respectively. Find the equation.
Kickstart Your Career
Get certified by completing the course
Get Started