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The specific heat of water is 4 point 1 8 the fraction with numerator cap j and denominator open paren g times degree cap c close paren and that of wood is 1 point 9 7 the fraction with numerator cap j and denominator open paren g times degree cap c close paren Which statement is correct?

A
Given equal masses, water will heat up less than wood if the same heat is added.
B
Given equal masses, wood will heat up less than water if the same heat is added.
C
Regardless of mass, water will heat up less than wood if the same heat is added.
D
Regardless of mass, wood will heat up less than water if the same heat is added.
2
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Which statement defines the heat capacity of a sample?

A
the quantity of heat that is required to raise 1 g of the sample by 1 times degree C (or Kelvin) at a given pressure
B
the quantity of heat that is required to raise the sample’s temperature by 1 times degree C (or Kelvin)
C
the temperature that a given sample can withstand
D
the temperature of a given sample
3

A sample of an unknown substance has a mass of 0 point 4 6 5 kilograms If 3,000.0J of heat is required to heat the substance from 50 point 0 times degree C to 100 point 0 times degree C , what is the specific heat of the substance? Use q is equal to m cap c sub p triangle cap t

A
0 point 1 2 9 the fraction with numerator cap j and denominator open paren g times degree cap c close paren
B
0 point 1 5 5 the fraction with numerator cap j and denominator open paren g times degree cap c close paren
C
0 point 0 0 7 7 5 the fraction with numerator cap j and denominator open paren g times degree cap c close paren
D
0 point 0 6 0 0 the fraction with numerator cap j and denominator open paren g times degree cap c close paren
4

Which units express specific heat capacity?

A
degree cap c , cap k
B
cap j over degree cap c , cap j over cap k , cal over degree cap c , cal over cap k
C
cap j , cal
D
the fraction with numerator cap j and denominator open paren g times degree cap c close paren , the fraction with numerator cap j and denominator open paren g times cap k close paren , the fraction with numerator cal and denominator open paren g times degree cap c close paren , the fraction with numerator cal and denominator open paren g times cap k close paren
5

Which units express heat capacity?

A
cap j over degree cap c , cap j over cap k , cal over degree cap c , cal over cap k
B
cap j , cal
C
degree cap c , cap k
D
the fraction with numerator cap j and denominator open paren g times degree cap c close paren , the fraction with numerator cap j and denominator open paren g times cap k close paren , the fraction with numerator cal and denominator open paren g times degree cap c close paren , the fraction with numerator cal and denominator open paren g times cap k close paren

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