a partly filled lemonade bottle of diameter 8 cm contains lemonade to a depth of 14 cm this lemonade is poured into ice cube molds each of which is a cube of side 3cm how many of these ice cube molds can be completely filled.
+118723 a partly filled lemonade bottle of diameter 8 cm contains lemonade to a depth of 14 cm this lemonade is poured into ice cube molds each of which is a cube of side 3cm how many of these ice cube molds can be completely filled.
Volume of drink = pi*r^2*h
$${\mathtt{\pi}}{\mathtt{\,\times\,}}{{\mathtt{4}}}^{{\mathtt{2}}}{\mathtt{\,\times\,}}{\mathtt{14}} = {\mathtt{703.716\: \!754\: \!404\: \!113\: \!685\: \!4}}$$ cm^3
Volume of mould = 3*3*3= 27 cm^3
number = $${\frac{{\mathtt{703.716\: \!75}}}{{\mathtt{27}}}} = {\mathtt{26.063\: \!583\: \!333\: \!333\: \!333\: \!3}}$$
So that is 26 whole cubes with just a little bit left over :)
+118723 a partly filled lemonade bottle of diameter 8 cm contains lemonade to a depth of 14 cm this lemonade is poured into ice cube molds each of which is a cube of side 3cm how many of these ice cube molds can be completely filled.
Volume of drink = pi*r^2*h
$${\mathtt{\pi}}{\mathtt{\,\times\,}}{{\mathtt{4}}}^{{\mathtt{2}}}{\mathtt{\,\times\,}}{\mathtt{14}} = {\mathtt{703.716\: \!754\: \!404\: \!113\: \!685\: \!4}}$$ cm^3
Volume of mould = 3*3*3= 27 cm^3
number = $${\frac{{\mathtt{703.716\: \!75}}}{{\mathtt{27}}}} = {\mathtt{26.063\: \!583\: \!333\: \!333\: \!333\: \!3}}$$
So that is 26 whole cubes with just a little bit left over :)
