Which two statements about the Ethernet media are true? (Choose two.)

Twisting each wire pair causes external electromagnetic interference to induce equal and opposite noise on both conductors, which cancels out at the differential receiver - this is the fundamental noise-rejection mechanism that makes UTP and STP viable at high speeds.

This statement reverses the correct relationship - single-mode fiber supports far longer distances (up to tens of kilometers) than multimode fiber (limited to hundreds of meters) because its narrower 9-micron core eliminates modal dispersion.

40 Gigabit Ethernet twinax Direct Attach Copper cables are terminated with QSFP+ connectors, which multiplex four 10 Gb/s lanes to achieve 40 Gb/s aggregate throughput as specified in IEEE 802.3ba, making QSFP+ the correct and standard transceiver form factor for this media type.

Twinax cable is a balanced twin-conductor coaxial cable, not a form of twisted-pair; it cannot be categorized as either shielded twisted-pair (STP) or unshielded twisted-pair (UTP), which are entirely different cable constructions.