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In a Submerged Trial Run of an Attack Submarine, a Reading

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In a submerged trial run of an attack submarine, a reading of the submarine's velocity was made every quarter hour, as shown in the accompanying table. Use the trapezoidal rule to estimate the distance traveled by the submarine during the 2-hour period. Please round the answer to the nearest hundredth if necessary. Time, t (hr)
0 In a submerged trial run of an attack submarine, a reading of the submarine's velocity was made every quarter hour, as shown in the accompanying table. Use the trapezoidal rule to estimate the distance traveled by the submarine during the 2-hour period. Please round the answer to the nearest hundredth if necessary. Time, t (hr)  0                 Velocity, V(t)  (mph)  19) 4 23 33) 8 39) 4 37) 2 35) 1 27) 8 26) 2 3) 8 ​ A)  52.89 mi B)  54.15 mi C)  58.52 mi D)  45.47 mi E)  47.87 mi In a submerged trial run of an attack submarine, a reading of the submarine's velocity was made every quarter hour, as shown in the accompanying table. Use the trapezoidal rule to estimate the distance traveled by the submarine during the 2-hour period. Please round the answer to the nearest hundredth if necessary. Time, t (hr)  0                 Velocity, V(t)  (mph)  19) 4 23 33) 8 39) 4 37) 2 35) 1 27) 8 26) 2 3) 8 ​ A)  52.89 mi B)  54.15 mi C)  58.52 mi D)  45.47 mi E)  47.87 mi In a submerged trial run of an attack submarine, a reading of the submarine's velocity was made every quarter hour, as shown in the accompanying table. Use the trapezoidal rule to estimate the distance traveled by the submarine during the 2-hour period. Please round the answer to the nearest hundredth if necessary. Time, t (hr)  0                 Velocity, V(t)  (mph)  19) 4 23 33) 8 39) 4 37) 2 35) 1 27) 8 26) 2 3) 8 ​ A)  52.89 mi B)  54.15 mi C)  58.52 mi D)  45.47 mi E)  47.87 mi In a submerged trial run of an attack submarine, a reading of the submarine's velocity was made every quarter hour, as shown in the accompanying table. Use the trapezoidal rule to estimate the distance traveled by the submarine during the 2-hour period. Please round the answer to the nearest hundredth if necessary. Time, t (hr)  0                 Velocity, V(t)  (mph)  19) 4 23 33) 8 39) 4 37) 2 35) 1 27) 8 26) 2 3) 8 ​ A)  52.89 mi B)  54.15 mi C)  58.52 mi D)  45.47 mi E)  47.87 mi In a submerged trial run of an attack submarine, a reading of the submarine's velocity was made every quarter hour, as shown in the accompanying table. Use the trapezoidal rule to estimate the distance traveled by the submarine during the 2-hour period. Please round the answer to the nearest hundredth if necessary. Time, t (hr)  0                 Velocity, V(t)  (mph)  19) 4 23 33) 8 39) 4 37) 2 35) 1 27) 8 26) 2 3) 8 ​ A)  52.89 mi B)  54.15 mi C)  58.52 mi D)  45.47 mi E)  47.87 mi In a submerged trial run of an attack submarine, a reading of the submarine's velocity was made every quarter hour, as shown in the accompanying table. Use the trapezoidal rule to estimate the distance traveled by the submarine during the 2-hour period. Please round the answer to the nearest hundredth if necessary. Time, t (hr)  0                 Velocity, V(t)  (mph)  19) 4 23 33) 8 39) 4 37) 2 35) 1 27) 8 26) 2 3) 8 ​ A)  52.89 mi B)  54.15 mi C)  58.52 mi D)  45.47 mi E)  47.87 mi In a submerged trial run of an attack submarine, a reading of the submarine's velocity was made every quarter hour, as shown in the accompanying table. Use the trapezoidal rule to estimate the distance traveled by the submarine during the 2-hour period. Please round the answer to the nearest hundredth if necessary. Time, t (hr)  0                 Velocity, V(t)  (mph)  19) 4 23 33) 8 39) 4 37) 2 35) 1 27) 8 26) 2 3) 8 ​ A)  52.89 mi B)  54.15 mi C)  58.52 mi D)  45.47 mi E)  47.87 mi In a submerged trial run of an attack submarine, a reading of the submarine's velocity was made every quarter hour, as shown in the accompanying table. Use the trapezoidal rule to estimate the distance traveled by the submarine during the 2-hour period. Please round the answer to the nearest hundredth if necessary. Time, t (hr)  0                 Velocity, V(t)  (mph)  19) 4 23 33) 8 39) 4 37) 2 35) 1 27) 8 26) 2 3) 8 ​ A)  52.89 mi B)  54.15 mi C)  58.52 mi D)  45.47 mi E)  47.87 mi Velocity, V(t) (mph)
19) 4
23
33) 8
39) 4
37) 2
35) 1
27) 8
26) 2
3) 8


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A term used in psychology to describe a person who has reached their fullest potential, as per Abraham Maslow's hierarchy of needs.

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Refers to Abraham Maslow, an American psychologist known for creating Maslow's hierarchy of needs, a theory of psychological health predicated on fulfilling innate human needs in priority, culminating in self-actualization.

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Exhibiting both masculine and feminine characteristics, or having an ambiguous sexual identity.

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A personality trait characterized by outgoingness, sociability, and a high level of activity and engagement with the external world.

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