3. The densities of water and another liquid at ( 18 mathrm{oC} ) are ( 0.999 mathrm{~g} / mathrm{cm}^{3} ) and ( 0.710 mathrm{~g} / mathrm{cm} 3 ), respectively. Their viscosities are 0.0084 and ( 0.01057 mathrm{p} ), respectively. If the flow time of water through the Oswald viscometer is 144 seconds (s), calculate the flow

3. The densities of water and another liquid at 18oC are 0.999g/cm3 and 0.710g/cm3, respectively. Their viscosities are 0.0084 and 0.01057p, respectively. If the flow time of water through the Oswald viscometer is 144 seconds (s), calculate the flow 3. The densities of water and another liquid at 18oC are 0.999g/cm3 and 0.710g/cm3, respectively. Their viscosities are 0.0084 and 0.01057p, respectively. If the flow time of water through the Oswald viscometer is 144 seconds (s), calculate the flow 3. The densities of water and another liquid at 18oC are 0.999g/cm3 and 0.710g/cm3, respectively. Their viscosities are 0.0084 and 0.01057p, respectively. If the flow time of water through the Oswald viscometer is 144 seconds (s), calculate the flow 3. The densities of water and another liquid at 18oC are 0.999g/cm3 and 0.710g/cm3, respectively. Their viscosities are 0.0084 and 0.01057p, respectively. If the flow time of water through the Oswald viscometer is 144 seconds (s), calculate the flow