I need help with this question that I was asked. This is for a study guide. This is the question being asked "Understand and explain the formation of ions and of chemical bonds (ionic bonds, polar and non-polar covalent bonds, and hydrogen bonds)."
Formation of iona.
Ions are formed when electron is removed or added to to an atom.
Ions are of two types cation and anion.Cations are positively charged and anions are negatively charged.
Ionic bonds
Ionic bond is the electrostatic force of attraction which holds the ions together in a ionic compound.
Polar and non polar covalent compounds.
Polar Covalent compounds are thlose which contain some amount of dipole moment.
nonpolar covalent compounds have net dipole moment Zero.
Hydrogen bonding.
it is an intermolecular force of attraction between hydrogen of one molecule and F, O,N of other molecule.
I need help with this question that I was asked. This is for a study guide....
Hello, I need help with my trigonometry question from my study guide.
Hello, Can anyone help me with this flowchart? I'm using it as a study aid for my test same element loghe are mide of art made ot Atomic structure and bonding Neutrons Chemical bonds No charge (Neutral) Nonpolar covalent bonds Compounds consists ofeither Nucleus Covalent bonds Polar covalent bonds Electrons Positively charged Elements Hydrogen bonds Protons two or now contine Shells Ionic bonds Valence electrons Isotopes Valence shell Molecules Negatively charged combine to form between atoms lo produce between atoms...
I need help solving this question for my study guide: Consider a B tree of order (m = 5), insert the following keys: 33, 44, 10, 80, 25, 5, 15, 1, 90, 8 Now, delete the following keys (in order): 5, 15, 10 New round of insertions: 7, 26, 75, 85, 95 I need help solving this question for my study guide: Present the resulting root node as a sequence of numbers (comma-separated no spaces)
answer the question + explain. if answer is indicated, explain why its true and other options are false. --- Figure 2.3 19) ? 19) What type of chemical bond is pictured in Figure 2.3: A) single covalent bond B) nonpolar covalent bond C) double covalent bond D) polar covalent bond E) ionic bond 18) C 18) Which of the following statements about ATP is false; A) it provides the energy needed to drive energy-absorbing chemical reactions B) it drives the...
A stable molecule can be formed using 1 magnesium, 2 oxygens and 2 hydrogens. Looking at the number of electrons in the outer shell of each of these elements, can you determine how these elements can share electrons (covalent bonds) or transfer an electron (ionic bond) to form a stable molecule with the formula MgO2H2. Note: ionic bonds and covalent bonds can both be present in the same molecule. Draw a molecule that could be made using these elements and...
I need help solving this question for my study guide: After performing the following operations in an AVL tree (in order), what is the depth of the largest number in the tree? 1) Consider predecessor replacements for all of your deletions 2) The largest number should be the rightmost leaf node in the resulting tree ------ Insertions: 1, 50, 25, 77, 90, 34, 11, 44, 45, 46, 99, 2, 8
How do I approach this question ? Part A The strongest interactions between molecules of ammonia ( NH3) are O dipole-dipole hydrogen bonds e polar covalent O dispersion forces ionic bonds Submit Re ns Provide Feedback
study guide question. no idea how to do this. need some help The sequence an is defined recursively by the rules ao - 1, αι 5 , and for n 2, an 2an-1 +an-2. What is the value of a4?
Answer 1-4 (#3 and #4 are tables) shell provides stability to the atom. Different chemical bonds are based on the way in which the atoms fill their valence shells. The major types of chemical bonds include: ionic bonds covalent bonds (both types, i.c. polar covalent and non-polar covalent bonds), and hydrogen bonds. Atoms can use two strategies to fill their valence shell: they can share electrons between their valence shells, or they can give or take electrons from other nearby...
This question is on the study guide and I can't find the answer anywhere: Describe the role of energy molecules in muscle contraction and their formation by aerobic and anaerobic processes and factors that contribute to fatigue.