Questions
How many rational numbers exist between any two distinct rational numbers?
- 2
- 3
- 11
- Infinite number of rational numbers
If $n=2^3\times 3^4\times 7\times15^6$, then find the number of consecutive zeros in natural number n
- 6
- 3
- 2
- 1
1 $\div$ 28 is _______
- $28$
- $1$
- $0$
- $\cfrac {1}{28}$
If a cellphone costs Rs.$999$. What is the cost of $12$ such cellphones?
- Rs.$26,356$
- Rs.$56,235$
- Rs.$13,568$
- Rs.$11,988$
64 $\div$ 1 is ______
- 1
- 0
- 46
- 64
- True
- False
Solve it
$\dfrac {\left( {{{\left( {245 + 232} \right)}^2} - {{\left( {245 - 232} \right)}^2}} \right)}{\left( {245 + 232} \right)}$
- $4$
- $2$
- $232$
- none of these
Let $Q = \dfrac{x}{y}$ where $x$ and $y$ are real numbers. If both $x$ and $y$ are increased equally then
- $Q$ will increase
- $Q$ will decrease
- $Q$ will remain the same
- none of the above
The value of $0.\bar { 1 } +0.0\bar { 1 } +0.00\bar { 1 } $ is equal to
- $\dfrac{407}{3300}$
- $\dfrac { 37 }{ 3000 } $
- $\dfrac { 4 }{ 3300 } $
- $\dfrac { 1343 }{ 10989 } $
$\displaystyle \frac{3x}{2}-\frac{x}{4}=2$. Find value of x
- $2$
- $\dfrac85$
- $4$
- $\dfrac45$
Find the remainder when $105!$ is divided by $214.$
- $168$
- $108$
- $196$
- $172$
Evaluate: $625\div 125$
- $125$
- $25$
- $31$
- $5$
$\displaystyle 50 -\frac { 1 }{ 4 }\times ........ =0$
- $\displaystyle \frac { 199 }{ 4 }$
- $\displaystyle \frac { 1 }{ 4 }$
- 200
- 0
$\displaystyle 40- \frac { 1 }{ 2 }\times ........ = 1 $
- $\displaystyle \frac { 79 }{ 2 }$
- 79
- $\displaystyle \frac { 2 }{ 79 }$
- $78$
Evaluate: $625\div 5=$
- $125$
- $25$
- $234$
- $35$
Evaluate: $625\div 25$
- $125$
- $25$
- $35$
- $10$
$\frac {171\tfrac {3}{4}\times 171\tfrac {3}{4}-91\tfrac {3}{4}\times 91\tfrac {3}{4}}{171\tfrac {3}{4}+91\tfrac {3}{4}}$ is equal to
- $263\frac {1}{2}$
- $90\frac {1}{4}$
- $80$
- $80\frac {3}{4}$
238 $\div$ 238 is ________
- $0$
- $238$
- $28$
- $1$