Determine whether the following is the same volume as 0.001 \text{ L}:
1 \text{ kL}
1 \text{ mL}
1 \text{ µL}
1 \text{ ML}
Determine whether the following is the same wattage as 1\,000\,000 \text{ W}:
1 \text{ kW}
1 \text{ μW}
1 \text{ MW}
1 \text{ GW}
Determine whether the following amounts is the same length of time as 8 \times 10^{ - 7 } \text{ s}:
0.8 \text{ µs}
0.8 \text{ ns}
8 \text{ µs}
8 \text{ ns}
800 \text{ µs}
800 \text{ ns}
Write down two amounts that have the same length of time as 6 \times 10^{ - 7 } \text{ s}:
Convert the following to litres:
2000 \text{ mL}
5 \text{ kL}
240 \text{ mL}
Convert the following as specified:
68\,000 \, \text{mL} to L
52 \,\text{L} to mL
99\,000 \,\text{L} to kL
63 \,\text{kL} to L
0.4 \,\text{L} to mL
3.8 \,\text{mL} to L
1.67 \,\text{kL} to L
84.6 \,\text{ L} to kL
Convert the following to the indicated unit, expressing your answer in scientific notation:
3.3 \text { L} to millilitres
2.2 \times 10^{10} \text{ µg} to grams
2.8 \times 10^{12} \text{ µg} to grams
52 \text{ ms} to nanoseconds
49 \text{ ms} to nanoseconds
7.3 \times 10^{8} \text{ MW} to terawatts
5 \times 10^{5} \text{ dL} to hectolitres
3 \times 10^{7} \text{ dL} to hectolitres
3 \times 10^{ - 17 } \text{ Mg} to nanograms
4 \times 10^{ - 13 } \text{ Mg} to nanograms
Find the number of nanoseconds in one day. Write your answer in scientific notation.
Hobart's water supply's main source is the Derwent River, which holds 3600 \text{ ML} of water. Write your answer in scientific notation. How many hectolitres of water does this river hold?
The average bacteria in the human body is approximately 5 \text{ µm} long. A healthy human adult typically hosts around 7 \times 10^{13} bacteria. If this many bacteria were placed end-to-end in a line, how long would the line be in kilometres?