White Set Cheat Sheet Words 41 to 48 Flashcards

1
Q

______________ (1901-1954) was an Italian-American physicist who created the Chicago Pile-1, the world’s first nuclear reactor.

A

Enrico Fermi

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2
Q

__________________ is theorized to be the source of many comets. It is an area that lies beyond the Kuiper Belt at the edge of the Solar System.”

A

The Oort cloud

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3
Q

________ is a type of seaweed that grows in large colonies called “forests” in the ocean. It is sensitive to ocean temperature rises and is threatened by global warming.”

A

Kelp

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4
Q

Periodic cooling phase of waters across the east-central equatorial Pacific. During ________ events, stronger trade winds push warm water toward Asia

A

La Nina

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5
Q

_________________ determined pi by approximating the value as being greater than 223/71 and less than 22/7.

A

Archimedes

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6
Q

This man’s military innovations include designs of a heat ray for concentrating the sun’s energy. This man created a screw used for moving water up a hill. According to legend, this man discovered a method for weighing a gold crown after which he jumped out of his bathtub shouting “Eureka!” while running naked through the streets. For the point, name this Greek mathematician of Syracuse who discovered the principle of buoyancy.

A

Archimedes

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7
Q

The Fields Medal in Mathematics depicts an image of this man and a description of his sphere and cylinder proof. This man used a primitive precursor of integral calculus to estimate pi, and in this man’s On the Equilibrium of Planes, heagrave the earliest explanation of levers. The second volume of his On Floating Bodies proposed his eponymous principle. For the point, identify this man, who according to Vitruvius used that namesake principle to determine the metal composition of a crown by using water displacement.

A

Archimedes

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8
Q

A _______________ is an incredibly dense region in space where the gravity is so strong that light cannot escape.

A

Black hole

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9
Q

“These objects are the subject of the no-hair theorem which holds that they can be characterized by only their mass, charge, and angular momentum. The mass of one of these objects determines its Schwarzschild radius and thus its event horizon or “point of no return.” For the point, name these astronomical objects with singularities at their centers that let nothing, even light, escape.

A

Black hole

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10
Q

“The mass, charge, and angular momentum of these objects completely describes them, according to the no-hair theorem. One of these objects in M87 was the first to be pictured in 2019. These objects can be thought of as singularities in space-time. Hawking radiation occurs at these object’s event horizons. For the point, name these objects which not even light can escape.

A

Black hole

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11
Q

Because of the existence of virtual particles, these objects can “evaporate.” Reinhard Genzel, Andrea Ghez, and Roger Penrose won the 2020 Nobel Prize in Physics for a discovery regarding a supermassive one of these objects called Sagittarius A-star. For non-rotating examples of these objects, the Schwarzschild radius defines the event horizon. For the point, name these objects from which not even light can escape.

A

Black hole

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12
Q

Scientists studying these objects were awarded the 2020 Nobel Prize in Physics, one of whom was Roger Penrose who proposed extracting energy from the ergospheres of these objects. These objects lose mass through Hawking radiation, and a supermassive one of these objects exists at the center of the Milky Way. For the point, names these astronomical bodies which have a gravitational singularity so strong that light cannot escape past their event horizon.

A

Black hole

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13
Q

These objects from precursor stars that exceed the Tolman-Oppenheimer-Volkoff limit. The Reissner-Nordstrom variety of these objects are non-rotating, and one of these objects is predicted to vanish, as described by Hawking radiation. For the point, name these regions of supermassive gravity from which light cannot escape.

A

Black hole

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14
Q

A method of killing microbes in food & liquid by heat, _________________ is named after chemist ___________________ who discovered it.

A

Louis Pasteur, Pasteurization

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15
Q

“This scientist helped disprove spontaneous generation by using a swan-necked flask filled with broth. This scientist developed vaccines for rabies and anthrax. He is best known for his work on heating wines which was extended into his namesake process which increases the shelf life of perishable foods by heating them up. For the point, name this French scientist who names a process of treating milk to remove microorganisms.”

A

Louis Pasteur, Pasteurization

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16
Q

_____________________ is a mild heat treatment of liquid foods (both packaged and unpackaged) where products are typically heated to below 100°C. The heat treatment and cooling process are designed to inhibit a phase change of the product. The acidity of the food determines the parameters (time and temperature) of the heat treatment as well as the duration of shelf life. Parameters also take into account nutritional and sensory qualities that are sensitive to heat.

A

Louis Pasteur, Pasteurization

17
Q

“The _____________ is a respiratory organ that is situated below the lungs and heart. It acts as a barrier between the chest and the abdomen.”

A

Diaphragm

18
Q

The stomach slips through this structure in a condition known as a hiatal hernia. The phrenic nerve innervates this muscle, whose strength is tested by measuring the vital capacity in both the upright and supine positions. The flattening of this muscle on an X-ray can help diagnose COPD, and involuntary spasms of this muscle produce hiccups. The volume of the thoracic cavity is increased by, for the point, what sheet of skeletal muscle that contracts to draw air into the lungs during respiration and is used by professional singers to produce powerful notes?

A

Diaphragm