Geography (Practical and Physical Geography) - WASSCE 2024.pdf
457.1 KB
Geography (Practical and Physical Geography) actual papers. #WASSCE2024 🇬🇭
Paper start at 2:00pm
Paper start at 2:00pm
Clothing and Textiles (Objective & Essay) - WASSCE 2024.pdf
1.4 MB
Clothing and Textiles (Objective & Essay) actual papers. #WASSCE2024 🇬🇭. Objective start at 3:30pm🔥
Note: WASSCE objectives are now serialised based on each region.
Do not copy any objective solution you see online.
Note: WASSCE objectives are now serialised based on each region.
Do not copy any objective solution you see online.
Clothing and Textiles (Essay) - WASSCE 2024.pdf
231.1 KB
Clothing and Textiles (Essay) actual papers. #WASSCE2024 🇬🇭
Literature-In-English (Drama & Poetry) - WASSCE 2024.pdf
139.4 KB
Literature-In-English (Drama & Poetry) actual papers. #WASSCE2024🇬🇭
Physics (Practical) (Alt C) - WASSCE 2024.pdf
361.7 KB
Physics (Practical) (Alt C) actual papers. #WASSCE2024🇬🇭
2nd set start at 11:40am
2nd set start at 11:40am
*Physics questions 3b solutions*
(i) Resistance is of how much a component resists the flow of electric current. It is measured in ohms (Ω) and is denoted by the symbol 'R'. The resistance of a component depends on its physical properties, such as its length, cross-sectional area, and resistivity.
(ii) The electromotive force (emf) of a cell is the maximum potential difference that can be produced by the cell. It is the maximum potential difference that can be obtained from the cell without any external circuit. On the other hand, the potential difference (p.d.) across the cell is the actual potential difference that is available to drive a current through an external circuit.
When a cell is supplying current through an external circuit, the emf of the cell is greater than the p.d. across the cell because the emf takes into account the internal resistance of the cell. The internal resistance of the cell opposes the flow of current and reduces the potential difference available to drive the current through the external circuit. Therefore, the actual potential difference (p.d.) across the cell is less than the emf of the cell.
(i) Resistance is of how much a component resists the flow of electric current. It is measured in ohms (Ω) and is denoted by the symbol 'R'. The resistance of a component depends on its physical properties, such as its length, cross-sectional area, and resistivity.
(ii) The electromotive force (emf) of a cell is the maximum potential difference that can be produced by the cell. It is the maximum potential difference that can be obtained from the cell without any external circuit. On the other hand, the potential difference (p.d.) across the cell is the actual potential difference that is available to drive a current through an external circuit.
When a cell is supplying current through an external circuit, the emf of the cell is greater than the p.d. across the cell because the emf takes into account the internal resistance of the cell. The internal resistance of the cell opposes the flow of current and reduces the potential difference available to drive the current through the external circuit. Therefore, the actual potential difference (p.d.) across the cell is less than the emf of the cell.
CRS (Essay) - WASSCE 2024.pdf
121.7 KB
CRS (Essay) actual papers. #WASSCE2024🇬🇭
CRS (Objective) - WASSCE 2024.pdf
530.2 KB
CRS (Objective) actual papers. #WASSCE2024🇬🇭
Note: WASSCE objectives are now serialised based on each region.
Do not copy any objective solution you see online.
Note: WASSCE objectives are now serialised based on each region.
Do not copy any objective solution you see online.
Chemistry (Essay) - WASSCE 2024.pdf
305.3 KB
Chemistry (Essay) actual papers. #WASSCE2024🇬🇭
Chemistry (Objective) - WASSCE 2024.pdf
342.7 KB
Chemistry (Objective) actual papers. #WASSCE2024 🇬🇭. Objective start at 3:00pm🔥
Note: WASSCE objectives are now serialised based on each region.
Do not copy any objective solution you see online.
Note: WASSCE objectives are now serialised based on each region.
Do not copy any objective solution you see online.