edited by
1,239 views
0 0 votes

Anil mixes cocoa with sugar in the ratio $3: 2$ to prepare mixture $A$, and coffee with sugar in the ratio $7: 3$ to prepare mixture $B$. He combines mixtures $A$ and $B$ in the ratio $2: 3$ to make a new mixture $C$. If he mixes $C$ with an equal amount of milk to make a drink, then the percentage of sugar in this drink will be

  1. $16$
  2. $24$
  3. $17$
  4. $21$

     

Please log in or register to answer this question.

Position:
Show:

Related questions

2 2 votes
1 1 answer
2.1k
2.1k views
admin asked Mar 31, 2024
2,066 views
Anil mixes cocoa with sugar in the ratio $3: 2$ to prepare mixture $A$, and coffee with sugar in the ratio $7: 3$ to prepare mixture $B$. He combines mixtures $A$ and $B$...
3 3 votes
1 answers 1 answer
1.9k
1.9k views
admin asked Mar 31, 2024
1,851 views
If $x$ is a positive real number such that $x^{8}+\left(\frac{1}{x}\right)^{8}=47$, then the value of $x^{9}+\left(\frac{1}{x}\right)^{9}$ is$34 \sqrt{5}$$40 \sqrt{5}$$36...
2 2 votes
1 1 answer
1.8k
1.8k views
admin asked Mar 31, 2024
1,833 views
Let $n$ and $m$ be two positive integers such that there are exactly $41$ integers greater than $8^{m}$ and less than $8^{n}$, which can be expressed as powers of $2$. Th...
1 1 vote
0 0 answers
1.7k
1.7k views
admin asked Mar 31, 2024
1,687 views
For some real numbers $a$ and $b$, the system of equations $x+y=4$ and $(a+5) x+\left(b^{2}-15\right) y=8 b$ has infinitely many solutions for $x$ and $y$. Then, the maxi...
1 1 vote
0 0 answers
1.7k
1.7k views
admin asked Mar 31, 2024
1,692 views
For a real number $x$, if $\frac{1}{2}, \frac{\log _{3}\left(2^{x}-9\right)}{\log _{3} 4}$, and $\frac{\log _{5}\left(2^{x}+\frac{17}{2}\right)}{\log _{5} 4}$ are in an a...