step 7 for the remaining compounds in Data Table 4.2- Questions1. Consider adding a single H* to the polyatomic ion phosphate. What is the formula of the new ion(including its charge)? What is the name of the new ion?T2TO Word2. The metals in Group IIIA, IVA and VA of the periodic table are not transition metals. However, all but 1have variable charges. What element in Group IIIA, Period 3 has a fixed charge, and what is that charge?TT0 Word(s)MAR668tv

Since you have asked multiple questions, we will solve the first question for you. If you want any…

- Questions 1. Consider adding a single H* to the polyatomic ion phosphate. What is the formula of the new ion (including its charge)? What is the name of the new ion? B U T 0 Wor 2. The metals in Group IIIA, IVA and VA of the periodic table are not transition metals. However, all but have variable charges. What element in Group IIA, Period 3 has a fixed charge, and what is that charge? T T 0 Word(s !!!

- Questions 1. Consider adding a single H* to the polyatomic ion phosphate. What is the formula of the new ion (including its charge)? What is the name of the new ion? B U T 0 Wor 2. The metals in Group IIIA, IVA and VA of the periodic table are not transition metals. However, all but have variable charges. What element in Group IIA, Period 3 has a fixed charge, and what is that charge? T T 0 Word(s !!!

Introductory Chemistry: A Foundation

9th Edition

ISBN:9781337399425

Author:Steven S. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Donald J. DeCoste

Chapter5: Nomenclature

Section5.2: Naming Binary Compounds That Contain A Metal And A Nonmetal (types I And Ii)

Problem 1CT

See similar textbooks

Similar questions

In Groups 4A-6A, there are several elements whose symbols begin with S. Name these elements, and for each one give its symbol, atomic number, group number, and period. Describe each as a metal, metalloid, or nonmetal.
These questions concern the work of J. J. Thomson: From Thomson’s work, which particles do you think he would feel are most important in the formation of compounds (chemical changes) and why? Of the remaining two subatomic particles, which do you place second in importance for forming compounds and why? Come up with three models that explain Thomson’s findings and evaluate them. To be complete you should include Thomson’s findings.
A small crystal of CaCl2 that weighs 0.12 g contains 6.5 1020 formula units of CaCl2. What is the total number of ions (cations and anions) that make up this crystal?
What is the charge on the common monatomic ions of the following elements? (a) selenium (b) fluorine (c) iron (d) nitrogen
Which of the following statements is/are always true? Never true? Usually true? (a) Compounds containing chlorine can be either molecular or ionic. (b) An ionic compound always has at least one metal. (c) When an element in a molecule has a di prefix, it means that the element has a +2 charge.
In some cases the Roman numeral in a name is the same as a subscript in the formula, and in some cases it is not. Provide an example (formula and name) for each of these cases. Explain why the Roman numeral is not necessarily the same as the subscript.
1. Consider adding a single H+ to the polyatomic ion phosphate. What is the formula of the new ion (including its charge)? What is the name of the new ion? 2. The metals in Group IIIA, IVA and VA of the periodic table are not transition metals. However, all but 1 have variable charges. What element in Group IIIA, Period 3 has a fixed charge, and what is that charge? 3. Describe the difference between molecular and ionic compounds.
When is it okay to use Greek prefixes for naming ionic substances? For example, I have seen TiO2 named titanium dioxide and Ti(IV) oxide. Which one is the correct name? I have seen Greek prefixes used with other ionic substances as well. It was my understanding that Greek prefixes were only used for molecular substances and not ionic. In ionic substances we use charges to name the substances and in molecular we do not. Thank you for your time.
Some of the names below are incorrect. Beside each name, write an “X” for an incorrect name and a “✔” for a correct name. For each incorrect name, explain what is wrong and why it is incorrect. I attatched the chart as well as my answers. I was unsure if the ending of the polyatomic names were changed to "ide" or not. I have also found that some periodic tables have more charges on elements than others, so I wasn't sure if Chlorine was a multivalent metal or not, as different periodic tables said different things. Thanks.
Consider the elements below: 1. Fluorine 2. Hydrogen ... 3. Iodine 4. Helium ... Then for each question, enter the number listed (1-4) before the element, for elements that satisfy the criterion. Enter the number(s) in order with no separators. If none type "none". Which elements have allotropes? fill in the blank 1 Which elements form diatomic molecules?
Here are the formulas for each substance: Sucrose: C12H22O11C_{12}H_{22}O_{11}C12H22O11 Copper (I) Chloride: CuClCuClCuCl Iodine: I2I_2I2 Potassium Iodide: KIKIKI Our goal is to try to find a pattern for which compounds conduct electricity when dissolved in water, and which don't. One hint is to look for patterns in which kinds of atoms form substances that conduct when dissolved, and which kinds of atoms form substances that don't conduct when dissolved. Here is a periodic table you can use. Let's start by finding the location on the periodic table for the atoms for substances that conduct when dissolved. What do you notice about where the atoms are?