The bulk density of the mango powde

The bulk density of the mango powder obtained from different
drying processes and particle sizes was measured following the
procedure described in previous studies with modification (Barbosa-
Canovas et al., 2005; Goula and Adamopoulus, 2008). Approximately
5 g of mango powder was freely poured into a 25 ml glass
graduated cylinder (readable at 1 ml) and the samples were
repeatedly tapped manually by lifting and dropping the cylinder
under its own weight at a vertical distance of 14 ± 2 mm high until
negligible difference in volume between succeeding measurements
was observed. Given the mass m and the apparent (tapped)
volume V of the powder, the powder bulk density was computed as
m/V (kg/m3). The measurements were carried out at room temperature
in three replicates for all samples

ผลลัพธ์ (อังกฤษ) 2:

The bulk density of The Mango Powder obtained from Different.
Drying The following processes and Particle sizes was measured.
Procedure described in Previous Studies with modification (Barbosa-.
Canovas et AL., in 2005; Goula and Adamopoulus, 2008). Approximately
5 G of Mango Powder was freely poured Into a 25 ml Glass.
graduated Cylinder (Readable at 1 ml) and The Samples were.
repeatedly tapped manually by Lifting and dropping The Cylinder.
under ITS own weight at a vertical Distance of 14 ± 2 mm High until.
negligible difference in volume between succeeding Measurements.
was observed. The apparent mass m and The Given (tapped).
volume V of The Powder, Powder The bulk density was computed As.
m / V (kg / m3). The Measurements were carried out at Room Temperature.
Samples in Three replicates for all

ผลลัพธ์ (อังกฤษ) 3:

The bulk density of the mango powder obtained from different
drying processes and particle sizes was measured following. The
procedure described in previous studies with modification (Barbosa -
Canovas et al, 2005; Goula and Adamopoulus 2008,,). Approximately
5 g of mango powder was freely poured into a 25 ml glass
graduated cylinder (readable at 1 ml) and the samples. Were
.Repeatedly tapped manually by lifting and dropping the cylinder
under its own weight at a vertical distance of 14 edge 2 mm. High until
negligible difference in volume between succeeding measurements
was observed. Given the mass m and the apparent. (tapped)
volume V of the powder the powder, bulk density was computed as
m / V (kg / m3). The measurements were carried out. At room temperature
.In three replicates for all samples.