No.
This is based on mass and heat capacity. an iceberg with a mass of 500 metric tons would have a heat content of ~ 35.6 million kilo-calories. 1 kg of molten iron would have a heat content of 260.372 kilo-calories (500 metric tons of molten iron has a heat content of 130,186 million kilo-calories)
Water has a greater specific heat capacity.
To raise the temperature of both an equal amount, water would require more energy. In terms of the energy required to raise the temperature: iron = 0.45 joules / gram . kelvin water = 4.2 joules / gram . kelvin This is known as the specific heat capacity of a material
This is a classical question: Assuming there is no heat loss/gain to/from surroundings: Heat lost by iron = Heat gained by water MCDO = mcdo 50 x C x (100 - 25.5) = 100 x 4.2 x (25.5 - 20) The specific heat capacity of iron is C and that of water is 4.2 Jg-1K-1 Thus, C = 0.620 Jg-1K-1
Iron in the water. Often called that when the content of iron is too much for one to tolerate.
According to the Yorkshire Water website there is approximately 8.49 micrograms of iron per litre of water.
Good quality stainless steel should never rust. I have noticed that the high iron content in our water causes red particles of iron oxide to remain on stainless steel vessels - and it looks exactly like rust but its just the iron in the water drying out on the stainless steel.
Iron has the lowest specific heat, so it will heat up faster.
Dump the same energy into both and the iron will experience the greater temperature change. Nothing else has as high a heat capacity as water. The amount of heat required to heat a kilogram of a substance through one Kelvin (same as a degree celsius or centigrade) is called its specific heat capacity. The specific heat capacity of water is a big 4.18 kilo joules per kg per degree centigrade but iron only requires 0.45 kilo joules to heat it through the same 1 centigrade. So for any given amount of heat, the IRON will move through the greatest temperature range, rather the than the water. Water is actually therefore quite a good insulator; trapping a layer next to the skin in a wet suit is a good way of keeping warm! Hope this helps.
water
Water.
A Dry Metric Tonne is calculated by taking out the percentage of water/moisture content. If water content in the material is 2%, then the DMT is equal to the total weight less 2% or 100% - 2% = 98%, so DMT = 98% of MT