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big for her to lift by herself, she is using a band cart (see fioure et noht Miba petH or Tron that Tell from the sky -- see picture at left) from ane part of the museum to another. Since the chunk of iron weighs 1160 N and ls too dolphin pool. The curator of a science museum is transporting a chunk of meteorite iron While passing through the marine mammals section of the museum, she accidentally hits a bump and the meteorite tips e s off r the handtruck and into the Fortunately, the iron didn't hit a dolphin, but it quickly sinks to the bottom. Unfortunately, the meteorite has many sharp edges and she is worried the dolphins, curious creatures that they are, will come to inspect it and be cut when they rub against it. She wants to get it up out of the pool as quickly as possible. Fortunately, the meteorite has lots of holes in it and there are ropes with hooks on one end lying around. Ifr she could get a hook into one of the holes, she might be able to pull it up to the top. Unfortunately, she remembers that the meteorite is too heavy for her to lift. (a) Will the fact that the meteorite is in the pool under water make it feel heavier or lighter to lift (slowly) with the rope? O Heavier • Lighter O The same the pool. Is the force the meteorite exerts on the bottom bigger or smaller than the force it would exert if the pool had no water in it? (b) The meteorite is sitting on the concrete bottom O Bigger O Smaller • The same (C) The pool is 3.7 m deep, the density of the meteorite is about 7650 kg/m, and the density of water is 1000 kg/m, What is the buoyant force on the meteorite while it's fully submerged in the pool? B = | (d) Before the curator attaches the rope to the meteorite, what is the normal force of the bottom of the pool on the meteorite?

big for her to lift by herself, she is using a band cart (see fioure et noht Miba petH or Tron that Tell from the sky -- see picture at left) from ane part of the museum to another. Since the chunk of iron weighs 1160 N and ls too dolphin pool. The curator of a science museum is transporting a chunk of meteorite iron While passing through the marine mammals section of the museum, she accidentally hits a bump and the meteorite tips e s off r the handtruck and into the Fortunately, the iron didn't hit a dolphin, but it quickly sinks to the bottom. Unfortunately, the meteorite has many sharp edges and she is worried the dolphins, curious creatures that they are, will come to inspect it and be cut when they rub against it. She wants to get it up out of the pool as quickly as possible. Fortunately, the meteorite has lots of holes in it and there are ropes with hooks on one end lying around. Ifr she could get a hook into one of the holes, she might be able to pull it up to the top. Unfortunately, she remembers that the meteorite is too heavy for her to lift. (a) Will the fact that the meteorite is in the pool under water make it feel heavier or lighter to lift (slowly) with the rope? O Heavier • Lighter O The same the pool. Is the force the meteorite exerts on the bottom bigger or smaller than the force it would exert if the pool had no water in it? (b) The meteorite is sitting on the concrete bottom O Bigger O Smaller • The same (C) The pool is 3.7 m deep, the density of the meteorite is about 7650 kg/m, and the density of water is 1000 kg/m, What is the buoyant force on the meteorite while it's fully submerged in the pool? B = | (d) Before the curator attaches the rope to the meteorite, what is the normal force of the bottom of the pool on the meteorite?

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The curator of a science museum is transporting a chunk of meteorite iron (i.e., a piece of iron that fell from the sky -- see picture at left) from one part of the museum to another. Since the chunk of iron weighs 116O N and is too big for her to lift dolphin pool. herself, she is using a hand cart (see figure at right). While passing through the marine mammals section of the museum, she accidentally hits a bump and the metecrite tips off the handtruck and into the Fortunately, the iron didn't hit a dolphin, but it quickly sinks to the bottom. Unfortunately, the meteorite has many sharp edges and she is worried the dolphins, curious creatures that they are, will come inspect it and be cut when they rub against it. She wants to get it up out of the pool as quickly as possible. Fortunately, the meteorite has lots of holes in it and there are ropes with hooks on one end lying around. If she could get a hook into one of the holes, she might be able to pull it up to the top. Unfortunately, she remembers that the meteorite too heavy for her to lift. (a) Will the fact that the meteorite is in the pool under water make it feel heavier or lighter to lift (slowly) with the rope? O Heavier O Lighter O The same (b) The meteorite is sitting on the concrete bottom of the popl, Is the force the meteorite exerts on the bottom bjgger or smaller than the force it would exert if the pool had no water in it? O Bigger O Smaller O The same (C) The pool is 3.7 m deep, the density of the meteorite is about 7650 kg/m, and the density of water is 1000 kg/m. What is the buoyant force on the meteorite while it's fully submerged in the pool? B= N (d) Before the curator attaches the rope to the meteorite, what is the normal force of the bottom of the pool on the meteorite?
Transcribed Image Text:The curator of a science museum is transporting a chunk of meteorite iron (i.e., a piece of iron that fell from the sky -- see picture at left) from one part of the museum to another. Since the chunk of iron weighs 116O N and is too big for her to lift dolphin pool. herself, she is using a hand cart (see figure at right). While passing through the marine mammals section of the museum, she accidentally hits a bump and the metecrite tips off the handtruck and into the Fortunately, the iron didn't hit a dolphin, but it quickly sinks to the bottom. Unfortunately, the meteorite has many sharp edges and she is worried the dolphins, curious creatures that they are, will come inspect it and be cut when they rub against it. She wants to get it up out of the pool as quickly as possible. Fortunately, the meteorite has lots of holes in it and there are ropes with hooks on one end lying around. If she could get a hook into one of the holes, she might be able to pull it up to the top. Unfortunately, she remembers that the meteorite too heavy for her to lift. (a) Will the fact that the meteorite is in the pool under water make it feel heavier or lighter to lift (slowly) with the rope? O Heavier O Lighter O The same (b) The meteorite is sitting on the concrete bottom of the popl, Is the force the meteorite exerts on the bottom bjgger or smaller than the force it would exert if the pool had no water in it? O Bigger O Smaller O The same (C) The pool is 3.7 m deep, the density of the meteorite is about 7650 kg/m, and the density of water is 1000 kg/m. What is the buoyant force on the meteorite while it's fully submerged in the pool? B= N (d) Before the curator attaches the rope to the meteorite, what is the normal force of the bottom of the pool on the meteorite?
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