How many moles are present in 36 g of water (H₂O)? (Ar: H = 1, O = 16)
Using your answer from (a), calculate the volume of hydrogen gas produced at RTP. (Molar volume = 24 dm³/mol) [2]
Calculate the number of moles of magnesium in 2.4 g of Mg. (Ar: Mg = 24) [2]
You shall duly own all intellectual property rights in any object submitted in any form, including but not limited to text, source code, algorithm, scheme, method. It is your sole responsibility to ensure before submitting that the information to be submitted is free from any third-party rights and incumbencies. By submitting the information, you explicitly confirm that you have all necessary rights to use, dispose and transmit it.
Some of the statements provided on the website are based on the hypothetical trading results, that could have certain inherent limitations due to the nature of the hypothetical trading. When analysing the hypothetical trading results you should keep in mind that they are (a) prepared with the benefit of hindsight and (b) do not impacted by the risk of financial loss. You shall not make trading decision based solely on the past performance. The results of the hypothetical trading and testing strategies using historical data may differ significantly from the actual trading results of using the same strategy for real trading due to the impact of numerous real-market factors.
How many moles are present in 36 g of water (H₂O)? (Ar: H = 1, O = 16)
Using your answer from (a), calculate the volume of hydrogen gas produced at RTP. (Molar volume = 24 dm³/mol) [2]
Calculate the number of moles of magnesium in 2.4 g of Mg. (Ar: Mg = 24) [2]
All testimonials provided on the websites do not represent the opinion of all customers using the software.