It may not have crossed your mind, but it might have helped to answer the question if there had been even a tiny bit of information about "these" prisms. But since that information has been kept from me, I regret that I cannot provide a more useful answer.
It may not have crossed your mind, but it might have helped to answer the question if there had been even a tiny bit of information about "these" prisms. But since that information has been kept from me, I regret that I cannot provide a more useful answer.
It may not have crossed your mind, but it might have helped to answer the question if there had been even a tiny bit of information about "these" prisms. But since that information has been kept from me, I regret that I cannot provide a more useful answer.
It may not have crossed your mind, but it might have helped to answer the question if there had been even a tiny bit of information about "these" prisms. But since that information has been kept from me, I regret that I cannot provide a more useful answer.
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It may not have crossed your mind, but it might have helped to answer the question if there had been even a tiny bit of information about "these" prisms. But since that information has been kept from me, I regret that I cannot provide a more useful answer.
The surface area of prisms or pyramids are simply the total area of the corresponding nets.
Given the surface area of a rectangular prism, there are infinitely many rectangular prisms possible.
You must be with K12 if you are it is The surface area of A is greater than the surface area of B.
Given any rectangular prism, there are infinitely many other rectangular prisms with exactly the same surface area.
S=Ph+2B