Question
Make the following patterns using matchsticks and find the general rule. Use a letter-number to write the rule.















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| Number | Natural Number | Whole Number | Integer | Fraction | Rational Number |
| $(a)$ | $-114$ | ||||
| $(b)$ | $\frac{19}{27}$ | ||||
| $(c)$ | $\frac{623}{1}$ | ||||
| $(d)$ | $-19\frac{3}{4}$ | ||||
| $(e)$ | $\frac{73}{71}$ | ||||
| $(f)$ | $0$ |
| Name | City | Height | Floors | Year |
| Planet | Mumbai | $181m$ | $51$ | $2009$ |
| $\text{UB}$ Tower | Bengalaru | $184m$ | $20$ | $2006$ |
| Ashok Towers | Mumbai | $193m$ | $49$ | $2009$ |
| The Imperial $I$ | Mumbai | $249m$ | $60$ | $2009$ |
| The imperial $II$ | Mumbai | $249m$ | $60$ | $2009$ |
| $\text{RNA}$ Mirage | Mumbai | $180m$ | $40$ | $2009$ |
| Oberoi Woods Tower $I$ | Mumbai | $170m$ | $40$ | $2009$ |
| Oberoi Woods Tower $II$ | Mumbai | $170m$ | $40$ | $2009$ |
| Oberoi Woods Tower $III$ | Mumbai | $170m$ | $40$ | $2009$ |
| $\text{MVRDC}$ | Mumbai | $156m$ | $35$ | $2002$ |
| Building | Height | Number of Storeys | Height of Each Storey |
| Column $I$ | Column $II$ | ||
| $(a)$ | $a \times 1$ | $(i)$ | Additive inverse of a |
| $(b)$ | $1$ | $(ii)$ | Additive identity |
| $(c)$ | $(-a) ÷ (-b)$ | $(iii)$ | Multiplicative identit |
| $(d)$ | $a \times (-1)$ | $(iv)$ | $a ÷ (-b)$ |
| $(e)$ | $a \times 0$ | $(v)$ | $a ÷ b$ |
| $(f)$ | $(-a) ÷ b$ | $(vi)$ | $a$ |
| $(g)$ | $0$ | $(vii)$ | $-a$ |
| $(h)$ | $a ÷ (-a)$ | $(viii)$ | $0$ |
| $(i)$ | $-a$ | $(ix)$ | $-1$ |
| Year | 1995 | 1996 | 1997 | 1998 | 1999 | 2000 |
| Production (in thousand tonnes) | 120 | 150 | 140 | 180 | 170 | 190 |
