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Tutorial on how to order a payoneer mastercard free

limeexchange payoneer mastercard

Some of you might have read and loved my previous post, Nigerians Get Payoneer Prepaid MasterCard Free! but this post promises to be better as it serves as a detailed guide to placing an order for the Payoneer Prepaid MasterCard via Lime Exchange.


This tutorial is heavy on graphic usage so bear with me if your internet connection ain’t fast enough to load the page as quickly as possible. Again, this tutorial is based on the information Henry Omenogor shared with us @ his Breakthrough seminar.

Let’s begin ;)
BENEFITS OF GETTING A LIME EXCHANGE PAYONNER PREPAID MASTERCARD

Benefits Of Lime Exchange Payoneer MasterCard
HOW TO APPLY FOR LIME EXCHANGE PAYONEER PREPAID MASTERCARD

Point your web browser @ Lime Exchange and click on Register for Free @ the top right corner of the home page

register lime exchange

Fill in the form.

If your sign up was a success, you’ll be taken to the page below where you have to fill in the verification code sent to you via email. You’re also given the choice of just clicking on a link within the confirmation email.

Lime Exchange Regcom



Lime Exchange Confirmation Email

As soon as you’ve confirmed your registration, scroll down the next page and click on Continue to profile.

LimeExchange

At the top right hand corner, click on Payments then Withdraw funds



Select the Prepaid MasterCard option. Click on Please click here to proceed and then Please click here to get your card now.


Lime Exchange Proceed



Lime Exchange

On the next page, you’ll be connected to the Payoneer website. Click on any of the two options to begin registering for a card.

Get LimeExchange Payoneer Now!

Step One involves filling in your Cardholder Details.

NOTE: Make sure you fill in your correct Zip Code. You can get your own post code @ Nigeria Post Codes.

Lime Exchange

Step Two deals with your Card Account Information. Be sure to memorize your secret question and answer as it would come in handy whenever you have problems with your account in the future

Lime Exchange

The third step requires a form of ID (International Passport, Driver’s License or National ID). Tick all three options as shown below then click on finish.

Lime Exchange




Payoneer Success

Payoneer Successful Order

That’s all folks! According to the final email notification, all things being equal, you can expect to receive your Payoneer Mastercard in 25 working days.

Lime Exchange


I hope this tutorial is detailed enough. Feel free to leave your comments and suggestions below.
For more credit-debit card tips, be sure to read the following posts:

If your registration is successful, you will receive message like this

Dear Taiwo Yusuf,
Please read this e-mail.
It contains important information regarding your LimeExchange Prepaid Debit MasterCard® order, including details about your card application approval, fulfillment and delivery process.
Approval:
We have received your Prepaid Debit MasterCard order and we are currently reviewing your application.
Your reference number in our system is 645962. Please refer to this number when contacting us regarding your application.
Once approved, we will send you an approval email notification. The approval process takes several business days from the date of your online card registration and receipt of this email notification.
Fulfillment:
Upon approval, the card is fulfilled and then mailed within 2 business days by regular mail.
The card is mailed only after it has been approved.
Delivery:
Once placed in the mail, please allow 10 days to receive your card by regular mail within the U.S. For delivery outside of the U.S., it may take up to 25 days to receive your card.
Note: Please add this email address to your email address book or white list to ensure you receive the approval email from us: Payoneer Contact Form
You will need your Cardholder User Name and Cardholder Password,
set up when you ordered your card, to access your account:
Taiwo's Cardholder Username: dareking48pro@gmail.com
Taiwo's Cardholder Password: ********
Due to security reasons, your password is not displayed on the screen.
Thanks,
Customer Support
Payoneer, Inc.


IF it has been approved:


Your LimeExchange Prepaid MasterCard® is approved


Dear TAIWO YUSUF DARE,

Your request for LimeExchange Prepaid MasterCard® has been approved.
The card will be shipped to you within two days. Cards are shipped via standard mail. There is no additional cost for shipping. Within the US, cards are received within 5-7 days. Outside of the US, it may take up to 25 days to arrive.

Once you receive your card, you will receive instructions to activate it and start withdrawing funds into it. Log in to your Payoneer account at www.payoneer.com, and activate the card. It is then ready to be loaded with your LimeExchange earnings.

We recommend you to add LimeExchange to Safe Senders list in your email account. This will ensure that all the e-mails from LimeExchange.com land in your inbox and you will not miss on the important updates.
If you have any questions or you need any assistance, please feel free to email us at support@limeexchange.com If you prefer direct dialogue with us, please mention your contact number and the preferred time of contact in the email. We will call you as per your convenience.
Regards,
The LimeExchange Team
httDear Taiwo Yusuf,
Congratulations!
Your Prepaid debit MasterCard® card order has been approved!
Please note that it can take up to 10 business days to receive the LimeExchange Prepaid debit MasterCard card within the U.S. and up to 25 business days for delivery outside of the U.S.
Your reference number in our system is 645962. Please refer to this number when contacting us.
Below is your Cardholder User Name which you will need to access your account:
Taiwo's Cardholder User Name: dareking48pro@gmail.com
p://www.limeexchange.com

Disease and its control

Disease--its control
In the past, before scientists discovered that viruses and bacteria are the causes of most diseases, people made all sorts of futile and unscientific attemps to ward off disease. They burnt strongly smelling woods in their houses; they tied charms over the doorway of their houses to keep out, as they thought, diseases-carrying spirits; they carried other charms about on their persons or made incisions in thier skin into which they rubbed certain powders; and, at times, to ward off epidemics, a whole town might offer sacrifices to certain spirits believed to be responsible for bringing or controlling the certain diseases, such as smallpox.
However, after the bacteria causing many disease were discovered, one after the other, during the nineteenth century, it became possible to begin an organised and scientific attack on these old enemies of mankind. Careful study revealed the life histories of bacteria--where they lived, what bubonic plague, for instance, a disease which had killed millions in Europe in the past, were found not only infected people but also in the blood of infected rats. A British bacteriologist, P. L. Simond, showed that these bacteria are passed from rats to Man by an infected rat-flea, a little insect which lives on the rat as a parasite.
Once the whole intricate set-up was known, the first really positive steps could be taking towards eliminating the disease. Rats were destroyed where possible by trapping and poisoning, and by reducing number of places where they could breed and find food. A second line of attack was to stop infection from taking place, by discouraging and eliminating fleas. This was achieved simply by getting people to raise thier personal standards of cleanliness (rats and fleas are usually found in dirty houses) and by using strong insecticides.
It has been possible in the same way and by similar methods to starts a successful battle against our own familiar but deadly pests--the carriers of disease like smallpox, sleeping sickness, and malaria. For instance, there is a campaign to wipe out sleeping sickness by continued attacks on tsetse fly which carries it. In the same way Malaria Control Units are mounting vigorous campaigns against the mosquitoes which brings us malaria. First the Units carry out extensive surveys to give them full information about the habits of the mosquitoes, then they decide how best to destroy the breeding places. In some cases they organise the drainage of land or arrange for the land to be reclaimed altogether, so that there will no longer be any pools of stagnant water for mosquitoes to breed in. In places where drainage is impossible, such as in creek or delta areas where there are large expanses of almost completely stagnant water, spraying with insecticides may be the only way of making the places unsafe for mosquitoes.
For diseases like smallpox and tuberculosis, which have no insect carrier but spread by Man himself, either when he coughs deadly germs into the air, as with T.B., or when dried-up spores from an infected person float into the air and infect other people, as with smallpox, the most effective way of preventing the diseases from spreading, and the only hope of wiping them out completely in the future, is by immunisation.
Immunisation is done by injecting into a person's blood-stream dead or severely weakened forms of the virus or bacteria known to cause diseas. The body then becomes mildly infected, i.e. the person has a very mild attack of the disease. As a result of this the body builds up a supply of natural chemical (anti-bodies) which help to overcome the disease. In certain disease, such anti-bodies remain in the bloodstream, and make it possible for the body to resist future attacks by the same kind of bacteria.
In the case of smallpox, although the effects of immunisation (called vaccination) may not last for ever, and vaccination has to be renewed every two or three years, it is nevertheless so effective that it is considered possible to wipe smallpox out completely. By intensive vaccination and revaccination of all the people in a given area over a period of years, until there are no longer any active cases of the disease to start a new epidemic.

Article on ENGINEERS AND YOU

THE ENGINEER AND YOU
Engineers seldomget the praise they deserve from the ordinary man. Interesting stories for young people have been written about famous investors, doctors, travellers and other notable people, but the names of famous engineers remain largely unknown except to student of technical institutions.
This is not because engineers have contributed less than those others to the progress of mankind, but because the details of their achievements are usually too technical to be understood by the ordinary reader. A layman without some knowledge of technical terms, as well as some knowledge of physics and mathematics, would find it difficult to appreciate fully the greatness of I. K. Brunel and the other famous engineers who worked on the problems of the early railways--deciding on points like the basic designs of the engine, what weight it should be, the size of the boiler, the best type of rails, wether the sleepers should be wood or metal and wether the rails should be 7ft. apart(broad gauge) or 4ft. 8 1/2 in.(standard gauge) or even less(narrow gauge).
The result is that apart from one or two people like James Watt and George Stephenson, who have been given credit accorded to inventors, very little popular appreciation has gone to other engineers. Yet so much work has been done on railway development by men like Brunel that they have changed railways from the crude steam locomotives of the early days, which achieved a speed of 12 m.p.h., to powerful electric locomotives of today, some of which are capable of exceeding a speed of 14
m.p.h.
Even less known, or rather, less wondered at, are others feats of engineering such as the bulding of tunnels and bridges. We all know about tunnels, especially the railway tunnels which carry railways through hills, but not many people realise that it is a very difficult task, demanding a lot of thinking on the part of the engineer, to construct a tunnel in exactly the right place, going in exactly the right direction, and so strong that there is no danger of tons of earth falling and burying the people using tunnel.
Bridges which we use practically every day, are better known---so well know that it hardly ever occours to us that each bridge is a challenge to the skill of the engineer, who has to study the nature of the site and the soil, the volume of water in the river to be bridged, e.t.c., before he finally sits down at his desk to work out technical problems such as the type of bridge to be used, the precise design and weight of arches and pillars, and the kind and amount of steel reinforcement to be used in the concrete, to name a few. It is only when all these problems have been successfull solved that the bridge can be built, to be used by ordinary citizens like ourselves, without any fear of its one day collapsing under us.
Most familiar of all, and therefore most taken for granted, are the houses we live in. We gaze in open-mouthed wonder at a multi-storey skyscraper when we see one, awed by the thought of so many thousands of tons of concrete, steel and glass towering so high above our heads; but we hardly ever gaze in awe at our own house. Yet the simplest house is a tribute to the skill of the engineer.
We have came a long from the mud and that thatchd roofs of the past, to the convinence of the modern house, with its solid walls, heat-resistant roofing, windows of all shapes and sizes, and up-to-date plumbing which gives up pipe-borme water right where we need it----wether at the kitchen sink for cooking and washing up, or in the bathroom and toilet to provide running water for our bath and hygienic disposal of waste in the water closet. In fact the modern house is becoming more wonderful every day.

Article>DANGEROUS INVENTIONS

The argument about progress is one which will presumably never be settled. Each technological advance brings certain benefits to mankind, but draws in it's train attendant evils which some people feel more than outweigh the original good. Reaction to these advances tends to be coloured by temperament. Those of a conservative nature look back nostalgically to earlier days and see only changes for thd worse; the others point to the patent benefit and ignore the latent dangers.
The motor car is an obvious example. In its early days, it gave people a hitherto unimagined freedom of movement. Town-dwellers could escape to the country, and country dwellers were given easy access to the amenities of the city. More cars led to better roads, but still more cars led to congestion. Once the general increase in prosperity had put them within reach of the majority of the population they began to cancel their own advantages. Roads are now clogged with traffic, parking in towns consumes endless time, and movement of traffic in large centres like London is slower than it was in the days of horse-drawn cab. Apart from the sheer inconvenience, huge quantities of exhaust gas pollute the atmosphere to a degree which is recognized as dangerous to health, and the number of people killed or injured on the roads continues to mount teadily.
Another invention against which a strong case can be made is television. Because it uses the most potent form of communication, the visual image, it is an immensely powerful medium. It presents information in whatever manner is likely to be visually the most striking, and will not hesitate to select and edit its material with more concern for inpact than integrity. It demands complete and silent attention. It is death to conversation and normal two-way contact between individuals. It makes passive non-participant spectators of us all.
Even more alarming is the way in which Man is tampering with the balance of nature, particularly in the use of recently developed pesticides and weed-killers. Their use has led to increased food production; it has also led to the death or sterility of innumerable birds and the virtual disappearance of whole species of insects. D.D.T is a particularly frightening chemical because it can be stored in the tissues of the body until there is a sufficient quantity to do irreparable damage. It has now been discovered in Antarctic penguins, thousands of miler from any possible source. At first sight this may seem to be of little concern to mankind, but our existence depends entirely upon the balance of nature being maintained. If we tilt it slightly, it may over-balance, with disastrous consequnces for us as well as for the animal kingdom.
It is hard to avoid the conclusion that we are being helplessly swept on by progress. For every life saved by a speeding ambulance another is taken by a skidding car. It seems that we are incapable of sufficient wisdom or imagination to look at our 'advances' in the long term, or to assess accurately the balance of the happiness or misery they will cause.

Article on fear

Fear is one of the emotions which form the common human experience, and which rule the lives of men and higher animals. It is a sound natural instinct aimed at self-preservation, bordered on the one hand by rational prudence, and by lame cowardice on the othe; but since its roots lie in biological expediency, it cannot sensibly be ragarded as a purely moral subject. In its consequences fear is complex and often unpredictable for man and beast alike. It can stimulate the fleeing deer to extreme endeavour, and totally paralyse the snake's prey; evoke the courage of desperation, and stiffle the bold impulse that might save the day; protect when it is well-founded, and harm when it is illusory or excessive.
The most basic fear is that of immediate bodily harm, and it produces involuntary physical reactions which tend on the whole to be beneficial---the very act of feeling a pang of sudden fear is part and parcel of the body physiological preparation for a state of emergency. The natural instinct is a rough-and-ready programme for countering or avoiding danger. It works quite well, and it works on the balance of probabilities and must therefore occasionally fail.
Man, however, can think, and because thinking implies the ability to foresee, apprehend, imagine, to calculate the odds and to feel responsibility, he is in a position to modify (for better or to worse) his immediate natural reactions. This, together with the conventions of civilized life, has multiplied the sources of fear for man: he can, in fact, fear the wraths of dieties, mental distress and social disgrace as much as physical pain. Thus, Hamlet said, conscience and the pale cast of thought make cowards of us all, but they can equally well give us a strong motive for overcoming instinctive fear and taking the action which the moment seems to demand. With our intellect we can refine the instintive impulses of fear, but we cannot make them infallible.
And so, is fearless to be admired? Not when it stems from failure to assess dangers correctly. Should fear be used as a weapon? Yes and no, for it can correct the child and inhibit the law breaker as well as it can help the tyrant to subjugate a nation. Is fear to be feared? It should be allowed to warn, but not to incapacitate. Another question which often arises is whether there can be true courage without a sense of fear. Certainly a man is to be admired who surmounts his fear for a valid reason, but one can also admire in a different way the man whose temperament enables him to be aware of risks without fearing them.
Unlike the other primtive emotions of love and hate, joy and sorrow, fear cannot therefore be wholly welcomed or rejected. It is part of the natural order of things, like day and night, ease and adversity: we may suffer under it, but our lives would be poorer---and quite possibly shorter---if it were not there to challenge us and to be overcome.

THE TRIBES OF WORDS

1. PERSONAL PRONOUNS This group consists of words which stand in place of the name of persons or a thing. The are: I, thou, he, she, it, one, we, you, they. (Nominative case- when the word is the subject.) Me, thee, him, her, it, one, us, you, them.(Accusative case-when the word is the object.) 2. RELATIVE PRONOUNS These pronouns relate an adjective or describing clause to the noun or pronoun which it describes. They are: which,Who, whom, that, what. Example: This is the boy to whom i lent my bicycle. Care should be taken not to confuse the relative pronoun 'that' with the conjuction 'that'. The relative pronoun can be replaced by the word 'which' and the conjuction cannot. Examples: This is the book that i borrowed from you. (relative pronoun) I told him that i had borrowed the book from you. (conjuction). It will be found, quite often, that a word can be one part of speech in one sentence and become another part of speech im another sentence. It is the way in which a word is used that determines what part of speech it is. There are numerous pronous which i will not be able to express what their meanings are, like: POSSESIVE PRONOUNS E.g: I------mine we------ours thee-thine you-----yours he----his they----theirs she--hers DEMOSTRATIVE PRONOUNS E.g: this, that, these, and those. INTERROGATIVE PRONOUNS E.g: who, whom, which, what. REFLEXIVE PRONOUNS E.g: myself, yourself, himself, herself, ourselves, yourselves, themselves. and DISTRIBUTIVE PRONOUNS E.g: each, all, many, few, either.

THE TRIBES OF WORDS

Take a sentence like, "Mary Brown was invited to a party at Mr. Jones's house to celebrate the birthday of Mr. Jones's daughter, Jane. Jane had just left school." Obviously the constant repitition of names can be very confusing and so we subtitute a pronoun which stands in place of the name.
In the case of thn above sentence, pronouns would be used like this: "I was invited to a party at Mr. Jones's house to celebrate the birthday of his daughter Jane, who had just left school."
Pronouns can be subdivided into many smaller groups, each with its own particular function.