Determine the number o( bonding electrons and the number of nonbonding electrons in the structure of CO_2. Enter the number of b
onding electrons followed by the number of nonbonding electrons in the dot structure of this molecule separated by a comma (e.g., 1,2). Draw the main Lewis structure of NOF. Draw nonbonding electrons using the dot notation and bonding electrons as a bond. Determine the number of bonding electrons and the number of nonbonding electrons m the structure of BeF_2. Enter the number of bonding electrons followed by the number of nonbonding electrons, separated by a comma, In the dot structure of this molecule (e.g., 1,2).
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The specific heat capacity, C, of the substance is 3.94 . To raise one gram of a substance by one degree Celsius, a specific amount of heat must be absorbed. This is called the specific heat of the substance. The higher the specific heat of a substance, the more energy is needed to increase its temperature and vice versa.
<u>Further Explanation: </u>
The specific heat capacity, C, of a substance is related to the amount of substance and the temperature change using the following equation
where
q = amount of heat absorbed (usually in J)
m = amount of substance (in g)
C = specific heat capacity (in )
T(f) = final temperature
T(i) = initial temperature.
To answer the problem, we sort the given information:
q = 22974 J (5 significan figures)
m = 96.5 g (3 significant figures)
C = ?
T(f) = 73.86 °C (4 significant figures)
T(i) = 13.46 °C (4 significant figures)
Then, to find C, rearrange the equation:
Plug in the values to the equation above to get the value of C.
Since the least number of significant figures in the given is 3, then the final answer must have 3 significant figures, too. Therefore,
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<u>Learn More: </u>
1. Learn more about heat capacity brainly.com/question/8828503
2. Learn more about calorimetry brainly.com/question/8168263
3. Learn more about heat of reaction brainly.com/question/10122365
<u>Keywords:</u> heat capacity, specific heat, calorimetry