I don't need the answer in kiswahili in need in English

let's continue in English. For the question you provided, here’s the breakdown: 1(a) Complete the table by providing the correct type of structure for each substance. Substance A: Poor electrical conductivity in solid and liquid states, with a low melting point. This indicates a simple molecular structure. Substance B: Poor electrical conductivity in solid and liquid states, but with a high melting point. This indicates a giant covalent (or macromolecular) structure. Substance C: Good electrical conductivity in solid and liquid states, with a high melting point. This indicates a metallic structure. Substance D: Poor electrical conductivity in solid state, but good in liquid state, with a high melting point. This indicates an ionic structure. The completed table is as follows: | Substance | Electrical conductivity: in solid state | Electrical conductivity: in liquid state | Melting point | Type of structure | | :-------- | :------------------------------------ | :------------------------------------- | :------------ | :---------------- | | A | Poor | Poor | Low | Simple molecular | | B | Poor | Poor | High | Giant covalent | | C | Good | Good | High | Metallic | | D | Poor | Good | High | Ionic | 1(b) Explain why: 1(b)(i) Substance A is a poor conductor in both solid and liquid states. Substance A has a simple molecular structure. These molecules lack free-moving ions or delocalized electrons to carry electric charge. Therefore, they cannot conduct electricity in either state. 1(b)(ii) Substance D conducts electricity in liquid state but not in solid state. Substance D has an ionic structure. In solid state, ions are fixed in place and cannot move. In liquid state (when melted), ions are free to move and can carry electric charge. 1(b)(iii) Give an example of a substance that would show similar properties to substance C. Substance C has a metallic structure. Metals have delocalized electrons that can move freely, allowing them to be good conductors of electricity in both solid and liquid states. Example: Copper. Let me know what you want to tackle next! 📸