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Question: What is the value of \({{58}}{{.34 g}}\) in Kilograms? A. \({{5}}{{.834 \times 1}}{{{0}}^{{{ - 1}}...

What is the value of 58.34g{{58}}{{.34 g}} in Kilograms?
A. 5.834×10−1Kg{{5}}{{.834 \times 1}}{{{0}}^{{{ - 1}}}}{{ Kg}}
B. 5.834×10−2Kg{{5}}{{.834 \times 1}}{{{0}}^{{{ - 2}}}}{{ Kg}}
C. 5.834×10−3Kg{{5}}{{.834 \times 1}}{{{0}}^{{{ - 3}}}}{{ Kg}}
D. 5.834×101Kg{{5}}{{.834 \times 1}}{{{0}}^{{1}}}{{ Kg}}

Explanation

Solution

System of International unit or SI unit is a set of units given to symbolize a particular physical quantity and according to SI unit mass is measured in terms of Kg{{Kg}}

Complete step by step answer:
Unit is amount of physical quantity just as Kilogram, gram
Distance has units as metre, centimetre, kilometre and light years
And time has a unit of minute, hours and seconds
In the given problem mass is in CGS system
1Kg=1000g{{1 Kg = 1000 g}}
?=58.34g{{ ? = 58}}{{.34 g}}
1×58.341000=0.05834\dfrac{{{{1 \times 58}}{{.34 }}}}{{{{1000}}}}{{ = 0}}{{.05834}}
5.834×10−2Kg{{5}}{{.834 \times 1}}{{{0}}^{{{ - 2}}}}{{ Kg}}

So, the correct answer is Option B.

Additional information:
According to CGS (Centimetre, gram, second) distance is measured in centimetre{{centimetre}}, mass is measured ingrams{{grams}} and time in seconds{{seconds}}. According to SI unit distance is measured in metre(m){{metre}}\left( {{m}} \right), mass in Kilogram(Kg){{Kilogram(Kg)}}, time in seconds(s){{seconds}}\left( {{s}} \right), electric current in Ampere(A){{Ampere}}\left( {{A}} \right), temperature in Kelvin(K){{Kelvin}}\left( {{K}} \right), amount of substance in mol{{mol}} and luminous intensity in terms of Candela(C){{Candela}}\left( {{C}} \right)

Note: SI unit is becoming the dominant unit day by day. The SI unit has come into use because of the lack of coordination in various disciples using them and there was no consistency in electromagnetic units and electrostatic units.