QUESTION 4 KNOWLEDGE AND CONCEPTS 4.1 Match the term with the correct statement and write only the correct letter in the answer column. Term Answers Statements 4.1.1 Step-up transformer A. Electric charges move back and forth transferring energy through the circuit. 4.1.2 Step-down transformer B. In a circuit that uses cells and batteries, electric charge moves in one direction. 4.1.3 Alternating current C. It is used to reduce the energy from the main power supply. 4.1.4 Direct current D. It is used at power stations to produce very high voltages. 4.2 Use the circuit diagram drawn below to complete the AND gate logic table given. + A - BSee answer
QUESTION 4 KNOWLEDGE AND CONCEPTS 41 Match the term with the correct statement and write only the correct letter in the answer column Term Answers Statements 411 Step up transformer A Electric charges…
Question
Basic Answer
4.1 Matching Terms with Statements:
Step 1: Analyze Statements
Carefully read each statement and understand what it describes.
Step 2: Match Terms to Statements
Match each term (Step-up transformer, Step-down transformer, Alternating current, Direct current) with its corresponding statement.
Step 3: Write Answers
Write the letter corresponding to the correct statement next to each term.
Term | Answer | Statement |
---|---|---|
4.1.1 Step-up transformer | D | It is used at power stations to produce very high voltages. |
4.1.2 Step-down transformer | C | It is used to reduce the energy from the main power supply. |
4.1.3 Alternating current | A | Electric charges move back and forth transferring energy through the circuit. |
4.1.4 Direct current | B | In a circuit that uses cells and batteries, electric charge moves in one direction. |
Final Answer: 4.1.1 – D; 4.1.2 – C; 4.1.3 – A; 4.1.4 – B
4.2 Completing the AND Gate Logic Table:
The question is incomplete. A circuit diagram is needed to complete the AND gate logic table. Please provide the circuit diagram. Once provided, I can guide you through creating the truth table. The table will show the output of the AND gate for all possible combinations of inputs A and B. An AND gate outputs a 1 (true) only when both inputs are 1 (true); otherwise, it outputs 0 (false).