The given ratio can be expressed as a fraction:
$ \frac{24}{A} = 400 $
To find the value of A, we need to isolate it. We can rearrange the equation:
Multiply both sides by A:
$ 24 = 400 \times A $
Now, divide both sides by 400 to solve for A:
$ A = \frac{24}{400} $
Perform the division:
$ A = \frac{24 \div 8}{400 \div 8} = \frac{3}{100} $
$ A = 0.06 $
Therefore, the value of A is 0.06.
This matches Option 1.
The ascending order of the numbers 0.8, 0.88, 0.808, 0.08 is
Simplify: \((x^{\frac{m}{n}})^{m+n} \times (x^{\frac{n}{p}})^{n+p} \times (x^{p} \times x^{m})^{p-m}\)
Simplify: 2×[4−{2−(2−3)−(2+3)}−1]−5×[−3−(3−2)]
Simplify √81 + ³√64 —————————— ³√3³ + 4² + ³√216
The value of 0.18÷0.015 is: