A large 3.5 kg seagull is flying at 2.2 m/s 10 m above the ocean. The 1.2 kg fish that he had in his mouth falls into the water. Which statement is true regarding the total amount of energy? a. The total energy of the fish and seagull is equal to the mechanical energy of the fish when it initially hits the water. b. The potential and kinetic energy of the fish at the top is equal to only kinetic energy as the fish hits the water. c. The total amount of energy of the fish is equal to the total amount of energy of the seagull. d. The total energy of the fish at 10 m high is only potential energy.

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A large 3.5 kg seagull is flying at 2.2 m/s 10 m
above the ocean. The 1.2 kg fish that he had in his
mouth falls into the water. Which statement is true
regarding the total amount of energy?
a. The total energy of the fish and seagull is*
equal to the mechanical energy of the
fish when it initially hits the water.
b. The potential and kinetic energy of the fish
at the top is equal to only kinetic energy as
the fish hits the water.
c. The total amount of energy of the fish is
equal to the total amount of energy of the
seagull.
d. The total energy of the fish at 10 m high is
only potential energy.
Transcribed Image Text:A large 3.5 kg seagull is flying at 2.2 m/s 10 m above the ocean. The 1.2 kg fish that he had in his mouth falls into the water. Which statement is true regarding the total amount of energy? a. The total energy of the fish and seagull is* equal to the mechanical energy of the fish when it initially hits the water. b. The potential and kinetic energy of the fish at the top is equal to only kinetic energy as the fish hits the water. c. The total amount of energy of the fish is equal to the total amount of energy of the seagull. d. The total energy of the fish at 10 m high is only potential energy.
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