Which of the following general statments about computer hardware is/are true? Check all that apply a)  SRAM usually uses more power than DRAM b) Both multiplexors and busses can be imlemented using tri-state drivers  c) In general, inputs are latched at the start of a clock cycle and outputs are enabled at the end.  d) It is easy to support multiple simultaneous writers on a bus.  e) According to the following diagram:   If A=0, B=0, C=1, and D=1, the output is driven to E=0.

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Which of the following general statments about computer hardware is/are true? Check all that apply
a)  SRAM usually uses more power than DRAM
b) Both multiplexors and busses can be imlemented using tri-state drivers
 c) In general, inputs are latched at the start of a clock cycle and outputs are enabled at the end.
 d) It is easy to support multiple simultaneous writers on a bus.
 e) According to the following diagram:

 

If A=0, B=0, C=1, and D=1, the output is driven to E=0.

This diagram features a logic gate circuit with the following components:

1. **Two AND gates**: Each is represented by a triangle pointing downward.
   
2. **Inputs**:
   - The first AND gate has two inputs labeled A and B.
   - The second AND gate has two inputs labeled C and D.

3. **Output**:
   - Both AND gates converge into a single line leading to an output labeled E.

4. **Diagram Flow**:
   - The inputs A and B feed into the first AND gate.
   - The inputs C and D feed into the second AND gate, which is distinguished by an additional circle on the line leading to input D, representing an inversion (NOT operation) on that input.
   - The outputs of both AND gates merge into the line leading to E.

This circuit showcases a basic logic operation where E will be logically true if both inputs A and B are true in the first gate, and C is true while D is false in the second gate.
Transcribed Image Text:This diagram features a logic gate circuit with the following components: 1. **Two AND gates**: Each is represented by a triangle pointing downward. 2. **Inputs**: - The first AND gate has two inputs labeled A and B. - The second AND gate has two inputs labeled C and D. 3. **Output**: - Both AND gates converge into a single line leading to an output labeled E. 4. **Diagram Flow**: - The inputs A and B feed into the first AND gate. - The inputs C and D feed into the second AND gate, which is distinguished by an additional circle on the line leading to input D, representing an inversion (NOT operation) on that input. - The outputs of both AND gates merge into the line leading to E. This circuit showcases a basic logic operation where E will be logically true if both inputs A and B are true in the first gate, and C is true while D is false in the second gate.
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