Pada konsentrasi Pb 0 ppm, fase lag

Pada konsentrasi Pb 0 ppm, fase lag Rhizopus sp. terjadi pada hari ke 3 menuju hari ke 4. Fase log terjadi pada hari ke 4 menuju hari ke 5. Namun, dapat dilihat pada grafik mengalami penurunan. Hal ini dapat disebabkan karena dimungkinkan terjadi ketidak akuratan pada saat penyaringan, pengovenan, maupun penimbangan. Pada konsentrasi Pb 0 ppm. Pada konsentrasi 0 ppm tidak ada fase stasioner. Fase death terjadi pada hari ke 5 menuju ke 6. Pada konsentrasi Pb 10 ppm, fase lag Rhizopus sp. terjadi pada hari ke 4 menuju hari ke 5. Fase log terjadi pada hari ke 5 menuju hari ke 6 sampai hari ke 7. Pada konsentrasi Pb 10 ppm tidak terdapat fase stasioner dan fase death. Pada konsentrasi Pb 50 ppm, fase lag Rhizopus sp. terjadi pada hari ke 3 menuju hari ke 4. Dilanjutkan fase log terjadi pada hari ke 4 sampai hari ke 6. Fase stsationer terjadi pada hari ke 6 menuju hari ke 7. Pada konsentrasi Pb 0 ppm Rhizopus sp. tidak mengalami fase death. Berdasarkan kurva pertumbuhan Rhizopus sp. dapat dilihat bahwa pertumbuhan tertinggi pada konsentrasi Pb 0 ppm artinya pada medium tidak ada penambahan Pb. Hal ini dikarenakan Pb

Hasil (Inggris) 1:

On the concentration of Pb 0 ppm, the lag phase of Rhizopus SP. occurred on day 3 to day heading 4. The log phase occurs on day 4 towards the day to 5. However, it can be seen on the graph of the decline. This can be caused because of possible inaccuracies at the moment of going of filtering, pengovenan, and weighing. On the concentration of Pb 0 ppm. At a concentration of 0 ppm no stationary phase. Phase of death occurs on the 5 heading 6. Pb at concentrations of 10 ppm, the lag phase of Rhizopus SP. occurred on day 4 towards the day to 5. The log phase occurs on day 5 towards day 6 to day 7. Pb at concentrations of 10 ppm are not stationary phase and the phase of death. Pb at concentrations of 50 ppm, the lag phase of Rhizopus SP. occurred on day 3 to day heading 4. Extended log phase occurs on day 4 to day 6. Stsationer phase occurs on day 6 to day 7. On the concentration of Pb 0 ppm of Rhizopus SP. is not experiencing a phase of death. Based on the growth curve of Rhizopus SP. can be seen that the highest growth at 0 ppm Pb concentration of means on a medium no addition of Pb as Pb.

Hasil (Inggris) 2:

At a concentration of 0 ppm Pb, lag phase Rhizopus sp. occurred on day 3 to the day to log Phase 4. occurred on day 4 to day 5. However, it can be seen in the graph decreased. It can be caused due to possible inaccuracies occur at the time of screening, oven, or weighing. At a concentration of 0 ppm Pb. At a concentration of 0 ppm no stationary phase. Phase death occurred on day 5 heading to 6. At a concentration of 10 ppm Pb, lag phase Rhizopus sp. occurred on day 4 to day 5. The log phase occurs on the 5th day towards day 6 to day 7. At a concentration of 10 ppm Pb are not stationary phase and death phase. At a concentration of 50 ppm Pb, lag phase Rhizopus sp. occurred on day 3 to the day 4. Continuing log phase occurred on day 4 to day 6. Phase stsationer occurred on day 6 to day 7. At a concentration of 0 ppm Pb Rhizopus sp. not experience death phase. Based on the growth curve Rhizopus sp. it can be seen that the highest growth at 0 ppm Pb concentration in the medium means no addition of Pb. This is because Pb