Nikita pqya

The brutal truth of job searching is this:

If you want to find a job fast, you need to apply for a high number of jobs.

Companies post job openings and then change their mind. Or they change the requirements. Or they decide to “hold off” for a month, which turns into three months or forever.

The bottom line is: There are a million things that can go wrong, with no relation to your skill or how much you prepare to ace the interview. So you need to apply to a lot of employers if you want to get hired quickly.

But how can we send out a high volume of applications quickly and easily? That’s where LinkedIn Easy Apply comes in.

Using this specific feature when applying for jobs on LinkedIn is one of the best ways to get a high number of applications out quickly.

Here’s how…

LinkedIn Easy Apply is a one-click application feature on a select number of job postings featured on LinkedIn.com. We estimate that between 35-45% of jobs feature the “Easy Apply” option on LinkedIn, depending on industry and position. When an employer decides to allow Easy Apply, you can submit your LinkedIn profile in response to a job ad.

This can save you tremendous time in your job search, because unlike most job search websites, you won’t need to fill in ANY personal details. You just attach your resume, click submit, and move on.

It is not necessary to submit a cover letter when using LinkedIn Easy Apply. Unless you know the hiring manager’s name or know something specific about the position that you’d like to address, our advice is to skip the cover letter so you can apply for more jobs. While some employers appreciate a cover letter, it usually won’t be a deal-breaker for employers who allow LinkedIn Easy Apply.

They’re going to be looking at your profile when they see your submission, not checking for a cover letter.

Now that you know what LinkedIn Easy Apply is, let’s talk about why it’s so effective and how you can start using it. Here’s why we recommend using LinkedIn Easy Apply…

Job searching isn’t all about volume. You should be networking, doing thorough research to find companies to apply to, etc.

But volume does help in your job hunt, for reasons mentioned in the intro of this article.

And LinkedIn Easy Apply is the best way to add that volume to your job hunt… without having to write a cover letter, fill in pages and pages of online info, etc.

The companies that post jobs on LinkedIn tend to be high-quality and reputable, too, and since LinkedIn is such a large job search site, you can do almost all of your “volume” applying through LinkedIn if you want.  (Note: you should still be networking and doing more targeted methods like emailing companies directly, too. I’m just suggesting that LinkedIn can be the only job board you use).

Now let’s look at how to actually use LinkedIn Easy Apply to get your info in front of companies.

This is pretty self-explanatory, but you need to have a LinkedIn account to do this, and you need to put detailed info on it, since that’s what employers see when you apply.

If you need help with setting up and optimizing your LinkedIn, here’s what to put on your profile.

Next, enter basic search terms into LinkedIn’s search box at the top of the screen.

You could search for a job title like, “Software Engineer” or “Sales Manager”. That’s how I recommend starting.

After you type in your basic search, you’ll want to use LinkedIn’s filters to narrow your search further – by location, industry, etc.

Then you’ll start seeing relevant job postings in your city or state. After that, start opening jobs that look interesting. This is where we’re going to look for the LinkedIn Easy Apply button…

Here’s what the “Easy Apply” button will look like when available:

As mentioned earlier, you’ll see this on around 35-45% of LinkedIn job postings. So it won’t be there every time, but you should see that button pretty often in most industries.

Now you’re ready to start applying. Click the “Easy Apply” button, attach your resume (after quickly tailoring it for the job description), and submit your info! It’s that easy.

Note: If you see relevant job postings that don’t feature the Easy Apply option, it still may be worth applying. Clicking the button when it doesn’t say “Easy Apply” usually takes you to the company website. If their application process looks straight forward and easy, then it’s still worth applying directly.

Try to spend one hour in total the first few days. Before discovering this method I probably spent half that much time on a single application online… for a company that didn’t even get back to me!

So you’ll be able to get a lot more applications out if you begin your search on LinkedIn and use the Easy Apply button as often as possible.

What about finding a job through my network? I’ve been told that’s the most effective way.

You’re right. Networking is the fastest way to get a job potentially.

So if you have a connection to a company through a colleague, it’s always better to use that.

DO NOT send out a generic LinkedIn Easy Apply application if you have a more personalized method to get in touch with a company.

However, for all those times you don’t know the hiring manager or have anyone in your network who does, applying for the job on LinkedIn is a great approach. That’s what this article is about.

Do I need to tailor my resume?

I’m a big believer in tailoring your resume. It works for sure. Even though this method is all about volume and speed, I’d say you should still tailor your resume for the job description, or at least for the general type of job you’re applying for.

So, let’s say you want a software sales job… At minimum, you should tailor your resume work history and other info for that general type of job. Optimize everything to show how you’ll be an asset to them in a software sales position.

Then, if you also want to apply for jobs in software project management, that’s another resume tailored to that type of role. That’s the minimum of what you should be doing.

I wrote this step-by-step guide on how to tailor your resume for any job. You might want to check it out if you need help with this step.

Isn’t this spam?

Not if you’re qualified for the job! Why does a company care if you applied to many positions within an hour of your time? In fact it’s none of their business. Each company is receiving one single application from you. I don’t see how that can be seen as spam on their end.

What about quality? This seems all about quantity.

You can choose how selective to be and how much time to spend researching each company. My goal is to show you how to find a job fast, and without the stress and frustration. There’s no rule saying you need to apply for each job in 4 minutes or less though. Take your time and do more research for each company if you’d like!

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Each group of inorganic compounds is classified by the number of chemical elements that form them, and by the chemical function they contain. A chemical function is the tendency of one substance to react in the same way as another. The OH-1 ion present in the bases of the acidic compounds makes them have characteristic chemical properties of the acid function, because they all have the hydrogen ion. The main chemical functions are oxides, bases, acids, and salts.

There are three types of names for chemical compounds.

Greek numerical prefixes indicate the atomicity of each element in a molecule, which is what IUPAC nomenclature consists of. The atomicity indicates the number of atoms of the same element in a molecule, such as water with the formula H2O, which means that there is one oxygen atom and two hydrogen atoms present in each molecule of this compound; more practically, atomicity in a chemical formula also refers to the proportion of each element in a given amount of substance. In this article on chemical nomenclature, it is more convenient to think of atomicity as the number of atoms of an element in a single molecule.

The way to name these compounds is by combining the generic and specific names.

The generic name and the specific name are included in the general rules and concepts.

Prefixes are words that precede the name of the compound and represent the number of atoms in the molecule.

Below is the number of atoms that the Greek means to refer to.

The hepta- prefix was used up to that point.

Subsequent ones are less frequent.

The oxidation state of the metals is not written in the system.

The oxidation state is the number of electrons that an atom puts into play in a chemical bond; a positive number when it gives up electrons, and a negative number when it gains electrons. The compounds are named as follows: generic name + "de" + name of the specific element + the oxidation state.

The formula can be seen in the subscript of the other element if it has been simplified.

Valence numbers are placed as a subscript of the atom.

The specific name element's valence is indicated by a series of prefixes and suffixes. The rules in general are:

Today's terminology is not used. It's still used in commerce and industry.

The generic and specific are the names of the compounds. The generic or general name is the one that indicates to which group of compounds the molecule belongs or its chemical function, for example if it is a metallic/basic oxide, a non-metallic oxide/acid, a peroxide, a hydride, a hydroacid, an oxacid , a halide salt, etc. And the specific name is what differentiates the molecules within the same group of compounds. The generic name is first followed by the specific one in the three nomenclature systems. The generic name of ferrous oxide and ferric oxide is oxide because they are part of the group of oxides and the specific names ferrous and ferric refer to two different compounds FeO and Fe2 O3 respectively.

In a compound, the positive oxidation state element is placed on the left and the negative oxidation state element is on the right. And on the contrary, in nomenclature the generic name is placed first, which is the one that designates the element on the right (the most electronegative), and the specific name in second place, which is the one that designates the element on the left (the most electronegative). more electropositive).

For example, in sodium oxide, Na2O, Na+12O-2, the generic name oxide refers to the second element of the formula, which is "oxygen", the most electronegative, and the specific name "sodium" refers to the first. element of the formula that is sodium and the least electronegative or most electropositive.

How do the oxidation states work to name a compound? It is possible to work with more than one oxidation state, up to the +7 oxidation state in the representative elements, as a superscript of each element in the formula of the compound.

Even though the atoms of the substance act in its formula, they can be determined with what oxidation state they are in. The molecule will be neutral, without charge, if the sum of the oxidation states of all the atoms of the substance is equal to zero.

When the formula indicates a positive or negative charge for the whole, the sum of the oxidation states of all the atoms must be equal to the charge of the ion.

On the right side of the image are the nitrate ion and the hydrogen ion with charges of -1 and +, respectively.

For the molecule to be neutral, the iron must add the number of oxidation states necessary for the sum of the oxidation states to be zero. The oxidation states with which iron can work are +2 and +3, so in this molecule the iron will use them. The oxidation state of the iron atom in the molecule is +2, the same as the oxidation state of the oxygen atom, which is -2.

Since the molecule is neutral, the oxidation states of the atoms are equal to zero. The formula for this compound is Fe2O - two.

In another example, in the compound Fe2O3, a zero is also sought in the sum of the oxidation states of all the atoms, so that the molecule is neutral, so since there are 3 oxygen atoms and it works with the oxidation state - 2, the sum of the oxidation states for the oxygens in the molecule "are the number of atoms of the element multiplied by the oxidation state with which it works", which in total would be -6.

Since the molecule is neutral, the iron atoms have to add oxidation states to make the total sum zero. Since there are 2 iron atoms, it will work with the +3 oxidation state to make a total of +6, which is equal to zero, which means a zero charge for the molecule. The numbers of atoms and oxidation state in the molecule are listed.

The complete operation would look like this. The formula with oxidation states is Fe23O3-2. As previously explained, the oxidation state indicates the electrons involved in a bond, and in this last compound, Fe23O3-2, each of the two iron atoms is giving up 3 electrons to the oxygen atoms and at the same time each one of the three oxygen atoms is gaining 2 electrons; two of the three oxygen atoms receive 2 electrons from the two iron atoms, and the third oxygen receives 2 electrons, 1 electron left over from each of the two iron atoms.

Oxides are formed by the union of oxygen and another element. Basic oxides or acid oxides are the elements that will be found if this element is metal or non metal.

Oxygen in oxides has oxidation state -2 except for exceptions that are seen later.

Oxides can be named in any of three nomenclature systems; if stoichiometric systematic nomenclature with Roman numerals (old Stock) is used, the Roman numeral is equal to the valence of the element other than oxygen; If the traditional system is used, the suffixes and prefixes are assigned according to the valences of each element and if the systematic nomenclature with prefixes is used, the valences are not taken into account, but the prefixes are written in each element according to their atomicities in the molecular formula.

There are exceptions that are shown below.

The compound's stoichiometry is stated.

Basic oxides, acids and amphoteric oxides are the three types of oxides that are not very common in nature.

They are the oxides that are produced when oxygen and a metal are in contact. Its formula is metal plus oxygen.

The compounds are named with the general rules, with the word oxide as the generic name, followed by the name of the metal and its oxidation state in unsigned Roman numerals. They are named after the lower or higher levels of the metal that accompanies oxygen.

The general rules are used with the word oxide as a generic name and the prefixes correspond to the number of atoms in the formula. They are called anhydride or basic anhydride since they can form basic hydroxides by adding water.

In the traditional nomenclature for oxides that bond with metals that have more than two oxidation states, the following rules are used: metals with oxidation states up to +3 are named with the rules for oxides and metals with oxidation states greater than or equal to 4 are named with the rules of anhydrides. Vananous oxide and vanadic oxide are examples.

Nitrogen forms oxides similar to those of metals when it isbonded with oxygen and acts with the oxidation states +4 and +2.

One must look at the oxidation states of the elements to name the basic oxides. There are three different types of nomenclature: traditional, systematic and Roman numerals.

1 The oxide Ga2O3 is named when an element has only one oxidation number.

2. The oxides PbO and PbO2 are named when an element has two oxidation numbers.

This type of terminology requires some specific words.

The letters a or o are dropped before the word. Mon-oxide is an example. It would look like this.

It would be spelled monooxide. Hepta is the name of the substance. It would look like this.

It would be spelled wrong. Writing goes from right to left.

Ex. P2O3 is a compound. The oxide is called phosphorus(III) oxide.

3. When an element has more than two oxidation numbers, they are called as follows.

When the element has a single valence, the ending -ico is added or simply the word oxide is written followed by the word "of" and then the name of the element.

The ending is added to the smaller one and the larger one when the element has two valences.

When the element has three valences, the smallest hippo-oso is added with the middle one and the largest adding the end.

When the element has four valences, it is added to the smallest hypo-oso, to the next -oso, to the next -ico and finally to the largest per-ico.

They are formed by the combination of oxygen and metal. The formula is nonmetal + O, except for the oxides of nitrogen and phosphorus. The same rules as metal oxides are used for Systematic and Stock name compounds. They are named in the traditional way with the following suffixes.

Oxygen is no longer the most electronegative element, so when fluorine reacts with it, a different compound is created than an acid oxide.

Oxygen has 3.5 and fluorine has 4.0. The compound is now known as oxygen fluoride and is used for the traditional system, the stock system and the systematic. The formula is called O2F2-1.

Nitrogen oxides and sulfur oxides are important for acid rain. Nitrogen oxide can be defined as any of the following.

Nitrogen oxides and phosphorous oxides are not included in the anhydride rules. These compounds are named like that.

Anhydride can be formed when metals with more than two valence numbers and working with valence numbers equal to or greater than 4, bond with oxygen.

They are the result of writing in a single form the oxides ending in OSO andICO.

They are named after me with the word Oxford followed by the names of the metals.