PLEASE HELP ME The specific heat (q) of a substance is the amount of heat required to raise the temperature of one gram of substance one degree Celsius.
q = c × m × ΔT
q = represents heat absorbed or released.
c = represents the specific heat of the substance.
m = represents mass of a sample in grams.
ΔT = represents a change in temperature.

What is the specific heat of 9.73 g of iron being heated from 34.6℃ to 81.6℃ if 203 J are applied?

What is the specific heat of 7.58 g of silver being heated from 55.5℃ to 96.9℃ if 75.3 J are applied?

What is the specific heat of 79.36 g of zinc being heated from 46.6℃ to 111.9℃ if 2021 J are applied?

What is the specific heat of 9.73 g of lead being heated from 60.5℃ to 90.6℃ if 46.86 J are applied?

What is the energy of 36.8 g of sodium being heated from 70.5℃ to 212.2℃ if the specific heat is 1.23 J/g℃?

What is the energy of 52.8 g of mercury being heated from 201.4℃ to 333.3℃ if the specific heat is 0.14 J/g℃?

What is the energy of 98.2 g of magnesium being heated from 68.4℃ to 370.0℃ if the specific heat is 1.02 J/g℃?

What is the energy of 45.6 g of lithium being heated from 78.9℃ to 123.0℃ if the specific heat is 3.56 J/g℃?

What is the mass of gold being heated from 98.7℃ to 321.0℃ if the specific heat is 0.129 J/g℃ and 306.3 J is applied?

What is the mass of water being heated from 0.0℃ to 100.0℃ if the specific heat is 4.184 J/g℃ and 2698.7 J is applied?