Respuesta :
The formula for the specific heat capacity can be expressed as:
[tex]c = \frac{Q}{m*T} [/tex]
Here,
c = Specific Heat Capacity
Q = Energy absorbed = 48.75 J
m = Mass of the substance = 15.1 gram
T = Change in temperature = 25 K
Using the values in above formula, we get:
[tex]c = \frac{48.75}{15.1 * 25} = 0.129 J/g.K [/tex]
So the first option 0.129 J/g.K is the correct answer.
[tex]c = \frac{Q}{m*T} [/tex]
Here,
c = Specific Heat Capacity
Q = Energy absorbed = 48.75 J
m = Mass of the substance = 15.1 gram
T = Change in temperature = 25 K
Using the values in above formula, we get:
[tex]c = \frac{48.75}{15.1 * 25} = 0.129 J/g.K [/tex]
So the first option 0.129 J/g.K is the correct answer.
The specific heat capacity of the substance is [tex]\rm \bold {0.129J kg^-^1 K^-^1}[/tex].
Specific Heat Capacity:
It is the amount of heat required to increase the temperature of 1 kg substance by 1 Kelvin.
The formula is,
[tex]\rm \bold {c=\frac{Q}{m\times \Delta T} }[/tex]
where,
Q is Energy =48.75 J
m is mass of substance =15.1 g
[tex]\rm \bold {\Delta T}[/tex] is the change in temperature = 25 Kelvin
Put the values,
[tex]\rm \bold {c=\frac{48.75}{15.1\times \ 25} }\\[/tex]
[tex]\rm \bold {c=0.129J kg^-^1 K^-^1}[/tex]
Hence, we can conclude that the specific heat capacity of the substance is [tex]\rm \bold {0.129J kg^-^1 K^-^1}[/tex].
To know more about specific heat capacity, refer tot he link:
https://brainly.com/question/11194034?referrer=searchResults
