Altami said:Homework Statement
A compound MF6 (the 6 being a subscript) contains 32.38% F by mass what is identity of M?
Homework Equations
What is identity of M?
The Attempt at a Solution
I really have no idea how to start...sorry. If someone can give me tips, on how to do it, that way I can learn. Thanks!
DaveC426913 said:What have you learned in Chem so far?
Do you know what M, F and MF6 are?
Here's a push in the right direction.
I have one large fruit of unknown type and unknown mass, and six apples in my (massless) fruit basket.
I know how much the apples mass individually, and I've been told that, together, they comprise 32.38% of the mass of my entire fruit basket.
The remaining % of the fruit basket is going to be the mass of the mystery fruit.
Altami said:Wait I got 238.04 which would be Uranium right M=Uranium. If you can just verify this.
The identity of M in this compound can be determined by using the formula MF6, where M represents the metal element and F represents the fluorine element. The percentage of fluorine by mass (32.38%) can also provide clues to the identity of M.
The identity of M can be determined by conducting experiments and using various analytical techniques, such as mass spectrometry and spectroscopy. These methods can help identify the atomic structure and properties of M, which can then be used to determine its identity.
Knowing the identity of M is important because it can provide valuable information about the compound's chemical and physical properties. This information can help scientists understand the compound's behavior, reactivity, and potential uses in various industries.
The accuracy of determining the identity of M can be affected by various factors, such as contamination of the sample, experimental errors, and limitations of the analytical techniques used. It is important for scientists to carefully control these factors to ensure the accuracy of their results.
While scientific methods can provide strong evidence for the identity of M, it is not always possible to determine it with 100% certainty. Some compounds may have similar properties and structures, making it difficult to differentiate between them. However, with advanced technology and careful experimentation, scientists can achieve a high level of confidence in their identification of M.