Final answer:
A suspension bridge transfers forces through the use of cables or suspension rods anchored to support structures. The weight of the deck is evenly distributed along the cables, creating tension forces that counteract the downward force of the deck and transfer it to the support structures.
Step-by-step explanation:
A suspension bridge transfers the forces at work on the deck of the bridge through the use of cables or suspension rods. These cables or rods are anchored to support structures, typically towers or piers, on opposite ends of the bridge. The weight of the deck is evenly distributed along the length of the cables, creating tension forces that counteract the downward force of the deck and transfer it to the support structures. The tension in the cables or rods helps to maintain the stability and structural integrity of the bridge.
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