10. Identify and discuss the goods oriented remedies of the seller and the buyer 11. ldentify and discuss the moncy oriented damages of the seller and the buyer 12 identify and discuss the \"specific performance\" remedies of the seller and buyer. Solution Q. 10) Goods oriented remedies of a buyer are as follows 1) When seller became insolvent and buyer wants to recover the goods purchased In this case , When seller has paid first installment of proice so now he has booked special property interest in the identified good and seller became insolvent within 10 days following first receipt of price then to get the good from seller , buyer needs to pay remaining portion of price and get the product. 2) To sue the buyer. In this case , when seller is unlawfully not ready to give the product to buyer as buyer has paid in full price of goods then buyer can sue him. 3) Buyer can enforce security interest in goods in this case , remedy shall be when buyer fully rejects but he has the product with himself then buyer has security interest to the extent of any expenses incurred by buyer . Buyer shall sell the goods and pay the proceeds to seller above the security interest. Goods oriented remedies of seller are as follows: 1) When buyer breaches In this case , seller can withhold the delivery of remaining goods 2) When seller comes to know that buyer has become insolvent In this case , seller will stop the delivery of goods till the time goods are in transit. 3) When buyer breaches and goods are in process in this case , seller shall stop the production and unfinished goods shall be sold as scrap so the damages of seller can be recovered Q 11) Money oriented remedies of buyer are as follows 1) When seller breaches regarding payment made in this case , buyer should recover as much price he has already paid and then return the goods. 2) when seller breaches then buyer should cover in this case , buyer can buy substitute while acting in good faith and then try to cover the expenses incurred. If buyer doesnt cover then he will not be able to cover his damages 3) When seller breaches then buyer needs to cover damages for non delivery in this case , damages = (contract price -market price ) + expenses incurred. Money oriented remedies of seller are as follows 1) When buyer breaches then in this case , seller shall resell the goods to recover damages in good faith and evn seller may give notice to buyer for breach of contract 2) When buyer breaches regarding non acceptance of goods in this case , seller shall recover damages as the difference between the market price and place of sell plus any expenses incurred. 3) When buyer breaches regarding price to be paid in this case , seller shall recover the price by conforming goods are lost and damaged after risk of loss is transfered to buyer Specific performance remedies of the buyer are as follows 1) When seller breaches then buyer may cancel in this case , buyer can cancel by repudiating the contract. 2) when sel.

1. 13% 8:08 PM docs.google.com Covalent Bonding and lonic Bonding study guide T-Mobile
LTE Note compare and contrast does not mean state one similarity and one difference Go back
to our thinking maps and metacognitive logs and review everything we learned. Differentiate
between the following: Atom, element, compound, bond, electron. Click here for a short video 2
Compare and contrast ionic and covalent bonds including the nature of the bonds. Click here for
a video comparing the 2. Click here for a video on covalent bonding. s Explain the rules used for
naming ionic compounds as well as those used for naming molecular compounds. You can either
create 2 lists or 1 double bubble. 4 Use the periodic table to indicate whether the following
molecules are ionic or covalent. Work each problem using either the diagram for transfer or
sharing, then write the chemical formula and finally name each compound correctly. a NaBr b.
HF d H20 s Explain why all of the following compounds will be molecular, then draw structural
formulas for the following each. a PCI3 b CBr4 NH3 N2 e How many bonds can each of the
following atoms form? Explain how you were able to determine the number a Nitrogern b. sulfur
Oxygen d fluorine A halogen Carbon For naming molecular compounds apply the following
rules: Name the first element in the molecular formula first using the element name without
adding a suffix Name the 2nd element using the root of its name only and adding the suffix -ide .
Use Greek prefixes (mono 1, di 2, tri 3, tetra 4, penta 5. hexa 6, octa, 8, nona 9, deca 10) to
indicate the number of atoms within that binary molecule. For Note: mono is not used as a prefix
for the name of the first element. example, for CO2 we day carbon dioxide, not monocarbon
dioxide 7. First, determine whether each of the following is an ionic or molecular compound.
Then, apply the rules above, or the rules for ionic compounds, and name each of the following
binary compounds: a P4010 bAl203 N203 d. SiF6
Solution
1.
An atom is the smallest entity of a matter that has the properties of an element.
A chemical element is a species of atoms having the same number of protons (atomic no.) in
their atomic nuclei.
A chemical compound is formed from atoms of different chemical elements. The different atoms
are joined by chemical bonds.
A chemical bond is a combination between atoms, ions or molecules that enables the formation
of chemical compounds. The bond may result from the electrostatic force of attraction between
oppositely charged ions (ionic bonds) or through the sharing of electrons (covalent bonds).
The electron is a subatomic particle, symbol e or , whose electric charge is negative one
elementary charge.

2. 2.
Ionic bonding is a type of chemical bond that involves the electrostatic attraction between
oppositely charged ions. The ions are atoms that have gained one or more electrons and are
negatively charged (known as anions) and atoms that have lost one or more electrons and are
positively charged (known as cations). E.g. NaCl
A covalent bond, is a chemical bond that involves the sharing of electron pairs between atoms.
These electron pairs form -bonds and/or -bonds when they share electrons to attain the equivalent
of a full outer shell, corresponding to a stable electronic configuration. E.g. O2
4.
a) [Na+] [Br-] : Sodium Bromide – Ionic Bonding by transfer of 1 electron
b) H-F : Hydrogen Fluoride – Covalent Bonding by sharing of 1 electron each, single bond
c) [Ca2+] [S2-] : Calcium Sulphide – Ionic Bonding by transfer of 2 electrons
d) H-O-H : Water - Covalent Bonding by sharing of 1 electron each, 2 single bonds
e) [Li+] [I-] : Lithium Iodide – Ionic Bonding by transfer of 1 electron
f) N N: Nitrogen - Covalent Bonding by sharing of 3 electrons each, triple bond