Q. _____ transmission technology (based on Ethernet) provides a data rate of 1 billion bits per second.

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Q. A personal computer or workstation on an Ethernet network must have one of these cards.

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Q. This is a device that can be used to connect one Ethernet network to another nearby Ethernet network.

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Q. What is the hexadecimal equivalent of the Ethernet address 01011010 00010001 01010101 00011000 10101010 00001111?

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Q. If an Ethernet destination address is 07:01:02:03:04:05, then this is a ______ address.

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Q. If an Ethernet destination address is 08:07:06:05:44:33, then this is a ______ address.

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Q. Which of the following could not be an Ethernet unicast destination?

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Q. Which of the following could not be an Ethernet multicast destination?

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Q. The _______ layer of Ethernet consists of the LLC sublayer and the MAC sublayer.

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Q. The _____ sublayer is responsible for the operation of the CSMA/CD access method and framing.

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Q. Each station on an Ethernet network has a unique _______ address imprinted on its network interface card (NIC).

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Q. The minimum frame length for 10-Mbps Ethernet is _______bytes.

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Q. The maximum frame length for 10-Mbps Ethernet is ________ bytes.

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Q. _________ uses thick coaxial cable.

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Q. __________ uses thin coaxial cable.

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Q. _________ uses four twisted-pair cables that connect each station to a common hub.

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Q. ________ uses fiber-optic cable.

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Q. Fast Ethernet has a data rate of ________Mbps.

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Q. Gigabit Ethernet access methods include _______ mode.

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Q. In Ethernet addressing, if the least significant bit of the first byte is 0, the address is _________.

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