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Beaker Amount of water Starting temperature ("C) Ending temperature ("C) 100 28 28 85 85 95 B. 200 200 28 Vmaemoleneb Which of the following observation is true? A The water in beakers A and B takes the same amount of time to reach 85"C The water in beaker A takes a shorter time than that in beaker B to reach 85°C The water in beaker B takes a shorter time to reach 85°C than that in beaker C to reach 95°C. The amount of heat required to heat up the 3 beakers of water to reach their ending temperatures are the same. The water in beaker A required the least amount of heat while that in beaker C required the most amount of heat to reach their ending temperatures E:

Beaker Amount of water Starting temperature ("C) Ending temperature ("C) 100 28 28 85 85 95 B. 200 200 28 Vmaemoleneb Which of the following observation is true? A The water in beakers A and B takes the same amount of time to reach 85"C The water in beaker A takes a shorter time than that in beaker B to reach 85°C The water in beaker B takes a shorter time to reach 85°C than that in beaker C to reach 95°C. The amount of heat required to heat up the 3 beakers of water to reach their ending temperatures are the same. The water in beaker A required the least amount of heat while that in beaker C required the most amount of heat to reach their ending temperatures E:

Biochemistry
Biochemistry
9th Edition
ISBN:9781319114671
Author:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.
Publisher:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.
Chapter1: Biochemistry: An Evolving Science
Section: Chapter Questions
Problem 1P
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25 Jane poured some water of the same temperature into 3 identical beakers. She then heated the beakers of water with 3 similar bunsen burners with flames of the same strength. The table below shows the amount of water in each beaker, their starting and ending temperatures. Beaker Amount of water Starting temperature ("C) 28 28 28 Ending temperature ("C) 85 85 A 100 200 200 B C 95 Which of the following observation is true? メK。 The water in beakers A and B takes the same amount of time to reach 85"C. The water in beaker A takes a shorter time than that in beaker B to reach 85°C The water in beaker B takes a shorter time to reach 85°C than that in beaker C to reach 95°C The amount of heat required to heat up the 3 beakers of water to reach their ending temperatures are the same. The water in beaker A required the least amount of heat while that in beaker C required the most amount of heat to reach their ending temperatures VE A and C only X A and D onlyX B. C and D only (1) (2) (3) (4) B, C and E only Annual plum blossom testnent st the KitanuTenminou Sirine UR Kyolo, Jaan kko am 25 Araceae or pink Bamingo lowers on the root top of the Royal Inlay Hotel along the Inle Lake, Myanmar nikko am Nko F sset Management
Transcribed Image Text:25 Jane poured some water of the same temperature into 3 identical beakers. She then heated the beakers of water with 3 similar bunsen burners with flames of the same strength. The table below shows the amount of water in each beaker, their starting and ending temperatures. Beaker Amount of water Starting temperature ("C) 28 28 28 Ending temperature ("C) 85 85 A 100 200 200 B C 95 Which of the following observation is true? メK。 The water in beakers A and B takes the same amount of time to reach 85"C. The water in beaker A takes a shorter time than that in beaker B to reach 85°C The water in beaker B takes a shorter time to reach 85°C than that in beaker C to reach 95°C The amount of heat required to heat up the 3 beakers of water to reach their ending temperatures are the same. The water in beaker A required the least amount of heat while that in beaker C required the most amount of heat to reach their ending temperatures VE A and C only X A and D onlyX B. C and D only (1) (2) (3) (4) B, C and E only Annual plum blossom testnent st the KitanuTenminou Sirine UR Kyolo, Jaan kko am 25 Araceae or pink Bamingo lowers on the root top of the Royal Inlay Hotel along the Inle Lake, Myanmar nikko am Nko F sset Management
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