Question

Why do we need standard units of length for measurement? State the unit

of length, mass and time in this system.
​

Answer 1

Answer:

A unit of measurement which has a fixed value which does not change from person to person or place to place, is called a standard unit of length. It is necessary to have standard units of measurements for the sake of uniformity in measurements.

Answer 2

Answer

Answer1 newton=1kgm/s

Answer1 newton=1kgm/s 2

Answer1 newton=1kgm/s 2

Answer1 newton=1kgm/s 2 1 kg=10

Answer1 newton=1kgm/s 2 1 kg=10 3

Answer1 newton=1kgm/s 2 1 kg=10 3 and 1 m=10

Answer1 newton=1kgm/s 2 1 kg=10 3 and 1 m=10 2

Answer1 newton=1kgm/s 2 1 kg=10 3 and 1 m=10 2 cm

Answer1 newton=1kgm/s 2 1 kg=10 3 and 1 m=10 2 cm1 N=

Answer1 newton=1kgm/s 2 1 kg=10 3 and 1 m=10 2 cm1 N= s

Answer1 newton=1kgm/s 2 1 kg=10 3 and 1 m=10 2 cm1 N= s 2

Answer1 newton=1kgm/s 2 1 kg=10 3 and 1 m=10 2 cm1 N= s 2

Answer1 newton=1kgm/s 2 1 kg=10 3 and 1 m=10 2 cm1 N= s 2 (10

Answer1 newton=1kgm/s 2 1 kg=10 3 and 1 m=10 2 cm1 N= s 2 (10 3

Answer1 newton=1kgm/s 2 1 kg=10 3 and 1 m=10 2 cm1 N= s 2 (10 3 g)(10

Answer1 newton=1kgm/s 2 1 kg=10 3 and 1 m=10 2 cm1 N= s 2 (10 3 g)(10 2

Answer1 newton=1kgm/s 2 1 kg=10 3 and 1 m=10 2 cm1 N= s 2 (10 3 g)(10 2 cm)

Answer1 newton=1kgm/s 2 1 kg=10 3 and 1 m=10 2 cm1 N= s 2 (10 3 g)(10 2 cm)

Answer1 newton=1kgm/s 2 1 kg=10 3 and 1 m=10 2 cm1 N= s 2 (10 3 g)(10 2 cm)

Answer1 newton=1kgm/s 2 1 kg=10 3 and 1 m=10 2 cm1 N= s 2 (10 3 g)(10 2 cm) 1 N=

Answer1 newton=1kgm/s 2 1 kg=10 3 and 1 m=10 2 cm1 N= s 2 (10 3 g)(10 2 cm) 1 N= 100×(0.1s)

Answer1 newton=1kgm/s 2 1 kg=10 3 and 1 m=10 2 cm1 N= s 2 (10 3 g)(10 2 cm) 1 N= 100×(0.1s) 2

Answer1 newton=1kgm/s 2 1 kg=10 3 and 1 m=10 2 cm1 N= s 2 (10 3 g)(10 2 cm) 1 N= 100×(0.1s) 2

Answer1 newton=1kgm/s 2 1 kg=10 3 and 1 m=10 2 cm1 N= s 2 (10 3 g)(10 2 cm) 1 N= 100×(0.1s) 2 100×(10g)×10(10cm)

Answer1 newton=1kgm/s 2 1 kg=10 3 and 1 m=10 2 cm1 N= s 2 (10 3 g)(10 2 cm) 1 N= 100×(0.1s) 2 100×(10g)×10(10cm)

Answer1 newton=1kgm/s 2 1 kg=10 3 and 1 m=10 2 cm1 N= s 2 (10 3 g)(10 2 cm) 1 N= 100×(0.1s) 2 100×(10g)×10(10cm)

Answer1 newton=1kgm/s 2 1 kg=10 3 and 1 m=10 2 cm1 N= s 2 (10 3 g)(10 2 cm) 1 N= 100×(0.1s) 2 100×(10g)×10(10cm) =10×

Answer1 newton=1kgm/s 2 1 kg=10 3 and 1 m=10 2 cm1 N= s 2 (10 3 g)(10 2 cm) 1 N= 100×(0.1s) 2 100×(10g)×10(10cm) =10× (0.1s)

Answer1 newton=1kgm/s 2 1 kg=10 3 and 1 m=10 2 cm1 N= s 2 (10 3 g)(10 2 cm) 1 N= 100×(0.1s) 2 100×(10g)×10(10cm) =10× (0.1s) 2

Answer1 newton=1kgm/s 2 1 kg=10 3 and 1 m=10 2 cm1 N= s 2 (10 3 g)(10 2 cm) 1 N= 100×(0.1s) 2 100×(10g)×10(10cm) =10× (0.1s) 2

Answer1 newton=1kgm/s 2 1 kg=10 3 and 1 m=10 2 cm1 N= s 2 (10 3 g)(10 2 cm) 1 N= 100×(0.1s) 2 100×(10g)×10(10cm) =10× (0.1s) 2 (10g)(10cm)

Answer1 newton=1kgm/s 2 1 kg=10 3 and 1 m=10 2 cm1 N= s 2 (10 3 g)(10 2 cm) 1 N= 100×(0.1s) 2 100×(10g)×10(10cm) =10× (0.1s) 2 (10g)(10cm)

Answer1 newton=1kgm/s 2 1 kg=10 3 and 1 m=10 2 cm1 N= s 2 (10 3 g)(10 2 cm) 1 N= 100×(0.1s) 2 100×(10g)×10(10cm) =10× (0.1s) 2 (10g)(10cm)

Answer1 newton=1kgm/s 2 1 kg=10 3 and 1 m=10 2 cm1 N= s 2 (10 3 g)(10 2 cm) 1 N= 100×(0.1s) 2 100×(10g)×10(10cm) =10× (0.1s) 2 (10g)(10cm) 1 N=10×Newunitofforce

Answer1 newton=1kgm/s 2 1 kg=10 3 and 1 m=10 2 cm1 N= s 2 (10 3 g)(10 2 cm) 1 N= 100×(0.1s) 2 100×(10g)×10(10cm) =10× (0.1s) 2 (10g)(10cm) 1 N=10×NewunitofforceThus, New unit =1/10=0.1 N