Find out the specific heat of the unknown metal

Reference no: EM13659094

Explain if the 21.45 gram blade metal is heated to 95 degrees C as well as placed into 56.6 grams of water initially at 20.0 degrees C, the final temperature of the water / metal bath becomes exactly 20.8064 degrees. Find out the specific heat of the unknown metal as well as determine from the list below the exact element that the knife is made from. Take the specific heat of the water utilized to be: 4.184 Joules/gram degrees C.

1. gold

2. antimony

3. rubidium

4. molybdenum

5. Bismuth

Reference no: EM13659094

Questions Cloud

Explain what is the relative abundance of each isotope : Element X has two isotopes: X-100 and X-104. If the atomic mass of X is 101 amu, explain what is the relative abundance of each isotope in nature

Explain what happened first : In the Sierra Nevada mountains, a walking trail from Yosemite Valley to Mount Whitney was dedicated in 1938. It is called John Muir Trail.

An executive staff meeting or shared with colleagues : An executive staff meeting or shared with colleagues

Explain if the heat capacity of the calorimeter : Explain if the heat capacity of the calorimeter and its contents was 24.571 Joule / degree C, from the data above, Define what is the value for burning 1 mole of the gas

Find out the specific heat of the unknown metal : Explain if the 21.45 gram blade metal is heated to 95 degrees C as well as placed into 56.6 grams of water initially at 20.0 degrees C, the final temperature of the water / metal bath becomes exactly 20.8064 degrees.

How will you follow the progress of the participants : How will you follow the progress of the participants

Positive experience : What can we do for the interns who are already here to make sure they have a productive, positive experience?

Explain a small knife weapon made from an unknown metal : Explain A small knife weapon made from an unknown metal is found at the crime scene. To help in determining what the metal is, the specific heat is calculated and compared with the attached chart listing specific heats of the elements.

Explain which of the amino acids will move fastest : 11. In reverse-phase HPLC, the stationary phase is non-polar and the mobile phase is a polar solvent at neutral Ph. Explain which of the amino acids will move fastest on a reverse-phase HPLC column. Which will move slowest

User Account

All Pages