Heat capacity is the ability of a material to store heat, higher the heat capacity higher the amount to heat stored by the material. Heat transfer usually varies inversely with heat capacity, i.e heat transfer will decrease with increase in heat capacity and vice versa. Thermal diffusivity is the ratio of thermal conductivity to the heat capacity, it says how fast (or slow) heat is transferred inside a material. Usually thermal diffusivity is directly proportional to the heat transfer rate, since heat capacity appears on the denominator, heat transfer is inversely proportional to the heat capacity.
Answer:
1,000,000 particles of tap water would be for every 75 particles of FeCl3
Explanation:
sample of tap water contains 75 ppm aqueous FeCl3.
i.e sample of water is 75 particular per million aqueous FeCl3
Sample of water = 75/1000000 particular of FeCl3
x particular of water = 75 particular of FeCl3
To find the value of x, we cross multiply
Therefore we have:
75 = 75/1,000,000X
X = 75 / (75/1000000)
X = 75 x 1000000/75
X = 1,000,000.
1,000,000 particles of tap water would be for every 75 particles of FeCl3
I rushed to the door to see what loud noise i heard, I seen a strange man standing on top of a body. As I screamed loudly, he started rushing towards me. ... He then began to slice my neck and I started to bleed out and collapsed on my front door. I suddenly woke up and realized it was all a dream, I went back to sleep.
Hello!
The potential energy means it causes the object to slow down on the ramp. Potential energy generally means to slow an object.
Thank You!
Polar liquids evaporate slower than nonpolar liquids
