Explain a mineral of calcium is a compound of the metal

Reference no: EM13707158

Question- Fluorite, a mineral of calcium, is a compound of the metal with fluorine. Analysis shows that a 2.62 g sample of fluorite contains 1.61 g calcium. Calculate the following.

(a) Mass of fluorine in the sample

(b) Mass fraction of calcium and fluorine in fluorite
calcium
fluorine

Answer all three questions and provide required steps

Reference no: EM13707158

Questions Cloud

Evaluate the potential for benchmarking of energy conserving : Identify background information of why you chose the particular organisation as it relates to your understanding of managing energy sources and programme for all facilities within the selected organisation

The decomposition of so2cl2 is a first order process : Question- Which of the following will confirm that the decomposition of SO2Cl2 (to form SO2 and Cl2) is a first order process

Explain the decomposition of n2o5 is a first order process : Question- The decomposition of N2O5 is a first order process. How many half-lives would be required to decompose 99% of the sample

How many grams of iodine : Question- A compound of iodine and cesium contains 65.35 g of metal and 60.40 g of nonmetal. How many grams of cesium are in 32.33 g of compound. How many grams of iodine

Explain a mineral of calcium is a compound of the metal : Question- Fluorite, a mineral of calcium, is a compound of the metal with fluorine. Analysis shows that a 2.62 g sample of fluorite contains 1.61 g calcium. Calculate the following.

Prepare a proposal addressed to ed silver : Prepare a proposal addressed to Ed Silver - Reasons for switching to a computerized office and how it will benefit the business.

Nitrogen and hydrogen undergo a combination reaction : Question- Under appropriate conditions, nitrogen and hydrogen undergo a combination reaction to yield ammonia: N2(g)+3H2(g)--->2NH3(g). A g sample of N2 requires 3.0 g of H2 for complete reaction.

What was the concentration of hydroxide ions : If 13.75 mL of 0.010 M H2SO4 was used to react with all of the OH- in the 100mL solution, what was the concentration of hydroxide ions dissolved in the 100 mL solution

Application of advanced kinetic and kinematic concepts : Demonstrate application of advanced kinetic and kinematic concepts to various mechanisms both from a practical and theoretical context Recognise, Develop and Solve numerical problems related to kinetic and kinematic based mechanisms.

User Account

All Pages