(a) ∵ 1 g = \(\frac {1}{1000}\) kg
∴ 2 g = \(\frac {1}{1000} \times 2\) = 0.002 kg
(b) ∵ 1 g = \(\frac {1}{1000}\) kg
∴ 100 g = \(\frac {1}{1000} \times 100 \) = 0.1 kg
(c) ∵ 1 g = \(\frac {1}{1000}\) kg
∴ 3750 g = \(\frac {1}{1000} \times 3750\) = 3.750 kg
(d) ∵ 1 g = \(\frac {1}{1000}\) kg
∴ 5 kg 8 g = 5 + \(\frac {1}{1000} \times 8\) = 5.008 kg
(e) ∵ 1 g = \(\frac {1}{1000}\) kg
∴ 26 kg 50 g = 26 + \(\frac {1}{1000} \times 50\) = 26.050 kg
Column I shows different positions in which one pole of a magnet is placed near that of the other. Column II indicates the resulting action between them for each situation. Fill in the blanks.
Column I | Column II |
N-______ | _________ |
N-________ | Attraction |
S-N | |
________-S | Repulsion |
Draw:
1) a leaf
2) a taproot and
3) a flower,
you have studied for Table 4.3