No.
The first law of thermodynamics implies that the energy of the universe is finite. As a consequence the specific heat of a substance - defined as H/m where H is enthalpy and m is mass. Either H would have to be infinite or m would have to be zero. If m is zero, then the ratio is meaningless because you don't have anything to assign the enthalpy to. H = U+PV. For H to be infinite either U (internal energy) has to be infinite - but we've already established that the 1st law says total energy of the universe is finite, so that's not the case - or PV is infinite. You aren't going to get P (pressure) to be infinite so V would have to be infinite, i.e. zero density - again, if density is zero, there is effectively nothing there. Since we've eliminated all possibilities for any of the necessary terms to be infinite, specific heat cannot be infinite.
No.
The ability of a substance to hold heat.
specific heat thermometer
The ability of a substance to hold heat.
Every substance has a specific heat. The definition of specific heat is: The amount of energy, usually measured in calories, needed to raise the temperature of one gram of a certain substance by one degree Celsius.
specific heat capacity
The ability of a substance to hold heat.
specific heat thermometer
Almost nothing is ever infinite in physics.
The ability of a substance to hold heat.
The ability of a substance to hold heat.
The ability of a substance to hold heat.
A substance with a high specific heat will easily change temperature.
A substance with a high specific heat will easily change temperature.
Heat energy, although almost any energy will become heat. The amount of energy required depends on the substance.
Every substance has a specific heat. The definition of specific heat is: The amount of energy, usually measured in calories, needed to raise the temperature of one gram of a certain substance by one degree Celsius.
same
The specific heat of a substance is the heat required to raise the temperature of one gram of the substance one degree centigrade.