1) Which of the following is the correct SI unit of specific heat capacity? a) W/kg·K b) kg/J·K c) J·K/kg d) J/kg·K 2) If Q = mcΔT then c has dimensions of.. a) L²·T⁻²·K⁻¹ b) L·T⁻²·K c) M·L²·T⁻² d) L²·K/T² 3)  A material has a specific heat capacity of 900 J/kg·K. Which is the correct interpretation? a) Raise 900 kg by 1 J in 1 Kelvin b) 900 Joules raises 1 kg by 1 Kelvin c) Raise 1 kg by 900 K in 1 Joule d) 900 Watts per Kelvin 4) The Kelvin (K) in J/kg·K refers to.. a) Weight of the substance b) Amount of energy c) Change in temperature d) Size of the object 5) The “Joule” in the unit J/kg·K is the SI unit for.. a) Pressure b) Energy c) Temperature d) Volume 6) If a student writes “kJ/kg·°C” for specific heat capacity, this is.. a) A non-SI unit without meaning b) A valid alternative unit c) Always incorrect d) Not convertible to J/kg·K 7) 1 kJ/kg·°C is equivalent to.. a) J·K/kg b) J/kg c) 1000 W/kg d) 1000 J/kg·K 8) If specific heat capacity = 4200 J/kg·K, heating 1 kg by 10 K requires.. a) 42,000 J b) 420 J c) 420,000 J d) 4.2 J 9) Which unit is dimensionally equivalent to J/kg·K? a) kg·m²/s²·kg·K b) m/s²·K c) m²/s²·K d) m²/(s²·K) 10) If specific heat capacity c is in J/kg K, then mcΔT has units of.. a) Joules b) Watts c) Kelvin d) kg·m/s

Identify the SI units of specific heat capacity

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