Jen passe - French Expression

Expression: ... et jen passe Pronunciation: [ ay zha(n) pahs] Meaning: and thats not all, and all sorts of things, and so on Literal translation: and I pass over some Register: normal Notes The French expression et jen passe is a sort of verbal shorthand, a way of letting listeners know that you are skipping over boring or excessive details. The adverbial pronoun en replaces the implied word choses—the things youre skipping over. Example   Ã‚  Ã‚   Ce que Michel est raseur  ! Il na pas arrà ªtà © de parler de son divorce, dà ©mà ©nagement, licenciement et jen passe  !   Ã‚  Ã‚  Michel is such a bore! He droned on about his divorce, move, firing, and on and on! Variation   Ã‚  Ã‚   Jen passe et des meilleures - literally, I pass over some and better ones. Note that meilleures is feminine plural to agree with choses. Synonyms   Ã‚  Ã‚  et ainsi de suite  Ã‚  Ã‚  et bla bla bla (informal)  Ã‚  Ã‚  et cetera  Ã‚  Ã‚  et patati et patata (informal)  Ã‚  Ã‚  je vous fais cadeau des dà ©tails More Expressions with enExpressions with passerMost common French phrases

Analysis Of Frank Bruni s Today s Exhausted Superkids

Frank Bruni expresses his deep thought of the â€Å"super† teens becoming exhausted on the high school or college campus in his article, â€Å"Today’s Exhausted Superkids†. He supports his main idea by using details of teenagers trying to outrule each other. Bruni begins the article by discussing how sleep needs to be a top priority in students’ lives. Bruni makes very valid points while writing about society’s push for students to become more involved in extracurricular and advanced classes, while also suggesting why more than seven hours of sleep is needed daily. Bruni refers to statistics of scientific studies of scientist when discussing the growing mental issues of teens. Flags are being raised not only because of suicide rates, but because sleep is beginning to have an effect on the overall body. Fingers are now being pointed towards parents for being the reason of unhealthy habits. Sleep deprivation is becoming a larger problem causing phys ical, emotional, and mental issues; Frank Bruni expresses strong evidence when referring this problem to the fault of our society. Bruni is correct when asserting the movement that parents are pushing their children farther than need be when stating, â€Å"Take one more Advanced Placement class. Add another extracurricular. Apply to all eight Ivies.† Parents are overwhelming their children with the thought of being smarter or goal achievable than others. When I was younger, I was told to be in bed at a certain time and to get much sleep.

Is stress necessary to motivate us Free Essays

I do not agree that stress is necessary to motivate us. I get motivation from being stress-free. I have better days when I am not stressed. We will write a custom essay sample on Is stress necessary to motivate us or any similar topic only for you Order Now I am happy and joyful, instead of angry and frustrated. When I get stressed I just am down or angry and don’t want to be bothered. I have kids, and they can tell when I have a stressful day because it shows on my face. Then they are not happy and I just get more stressed then before. If people did not feel any stress their productive levels would probably be very good. Getting things done eliminates worries. If you are not stressed than you can focus on getting done what needs to be done. I think my ideal level of stress is when I am so fed up I want to explode. If I start to cry and I just feel like I can’t take anymore, my stress level is very high. I try to control my stress level, and try to be a very happy person. That’s how I like to be. Under no circumstances is it ever acceptable to treat coworkers or employees differently because of their differences. You should never judge a book by its cover before taking the time to read it. Our differences are what make us who we are. You and your coworkers are not going to see everything the same, so you should take in their differences, and accept them as they are. I think you should recognize coworker or employees openly. Everybody has something they do one way, and the next person does it another way. It is okay to take in others judgment, and look at it as a positive, and not a negative thought. How to cite Is stress necessary to motivate us, Papers

Networking Basics free essay sample

Networking Basics: In a network, there are many complex communications devices which are involved in management. Each of these enables access and connectivity to the network. This includes hubs and switches, repeaters, routers, bridges, gateways wireless devices. Some of these are closely related, for example, switches and bridges. A bridge is a fairly simple technology, which is not usually used anymore. It would separate different parts of a network, reducing the number of network broadcasts. When a bridge is powered on in an Ethernet network, they learn the network’s topology by viewing and analysing the source address of incoming frames from all attached network segments. A switch is a complex collection of bridges, developed as networking technology advances. This switch increases the speed of communication as it creates unique mini networks, also known as circuits. These can be implemented on a LAN to do three things: Increase the speed of connection Control larger systems requiring a core switch to manage all other switches Aid control and security of the network via managed switches that can be divided into VLAN’s Switches come in a range of specs, coming in between 4 and 96 ports. This switch can create a virtual circuit between each communicating device, increasing the bandwidth, security and reducing the amount of collisions. Gateway: A gateway is a point on the network which acts as an entrance to another. In terms of the internet, a stopping point can be either a gateway node or a host node. Both internet user’s computers computers which serve pages to users are host nodes. Computers which control traffic within your company’s network or at your local ISP are gateway nodes. A default gateway is a device which may be a route or switch, enabling your device to connect another network – such as the internet. Hubs: These are used in Ethernet networks. Segments which use hubs are often described as having star topology, in which the hub forms the wiring centre of the star. In a hub, a signal that is received at any port is transmitted again on all the other ports. A hub is essentially a repeater, which operates on bits. Using this hub provides fault tolerance, because each networks device has its own connection, and if this fails, only that single device is affected. Making the network larger is also easier, as many additional devices can be added to the network using a single hub, which is often connected to a network backbone. Repeaters: As a signal travels along a transmission medium, there will be a loss of signal strength. A repeater is a network device which receives the signal on one port, regenerates it, and then retransmits it on all remaining ports. These extend the length of a network (not capacity) by connecting two of the networks segments. They can’t be used to extend the network beyond its limitations, or to connect segments which use different network access methods. However, they can connect different types of media and link bridge segments with different rates of data. Routers: Routers play an important role in guiding network traffic between particular networks. In packet switched network, the router determines the next point to which a packet should be forwarded to its destination. For home and business computer users, with high-speed internet connections, a router can act as a hardware firewall, even if the home/business only contains a single computer. Network Topology: In terms of communication networks, a topology is a description of the arrangement of a certain network, which includes its nodes and connecting lines. When defining the network geometry, there are two ways, the physical topology and the logical topology. When choosing a topology for a network, you have to consider how it will affect how devices on your network communicate. On top of this, cost, scalability, bandwidth capacity, ease of installation and ease of troubleshooting. Physical topology of a network is the definite layout of workstations. There are many physical topologies, 4 of which will be described below: A bus topology (hence the name), looks much like a bus line going through a city. The devices are connected by a single cable, running throughout the network. The main cable segment has to end with a ‘terminator’, which engages the signal when reaching the end of the line. Without this terminator in place, the signal that represents the data would reach the end of the copper wire and bounce back – causing network errors. This topology has a range of different advantages and disadvantages. Good things about it are; it is low cost to install, uses a lot less cable than other physical topologies, workstations can be added easily, and it works well for small networks (between 2 and 10 devices). Disadvantages of bus topology are; it’s uncommon, so equipment available is on a small scale, and more expensive to buy. If the cable breaks, then the network is down completely, as well as it being difficult to isolate where the problem originates. Also, when you add devices to the bus, all devices are suspended from using the network. Ring Topology: As the name also suggests, ring topology is connected in the form of a ring or circle. It has no beginning or end that needs to be terminated. This allows every device to have an equal advantage accessing the media. In a ring network, a single cable is shared by all the devices, and the data travels in one direction like a merry-go-round. Each device waits its turn and then transmits. When the data reaches its destination, another device can transmit. The most common implementation of the ring is the Token Ring network. Ring topology has many advantages, these are: The performance of the network can be predicted precisely based on the number of computers on the ring. Also, using a dual ring gives some fault tolerance. Some disadvantages of ring topology are: It’s no longer a recommended option for new LAN installations, though popular in MANs, a ring network also requires a lot more cable than bus networks (though less than in star networks). Similar to bus topology, a break in the cable will bring the network down (unless dual ring), and again the same as bus topology if you add devices to the ring, all devices are suspended from using the network. Star Topology: Another type of topology is star topology, this is, as the name again suggests, in the shape of a star. This topology is made of a connection point in the centre and a hub/switch where the cables meet. Each of the devices in this network is connected to the hub/switch with a separate cable. This requires more media, but has lots of advantages over both bus ring topologies, which is why they have quickly become the predominant topology type for most of the networks. These advantages are: You can easily add devices to your network as it expands, and the failure of a cable will not cause the network to be brought down. It’s also easy to find problems within the device and cable, and it’s the most common of the topologies, so equipment is readily available. Though it holds many advantages, it does have disadvantages, these are: This network requires more media than either of the two previous networks, the failure of the central switch can bring the entire network down, and the cost of installation and any extra equipment is higher than the two previous networks listed. Tree Topology: This type of topology is like a mixture between bus and star topology. The structure (which looks vaguely like a tree) allows you to have many servers on the network and you can branch out the network in many ways. For colleges universities this is helpful, so each of the branches can identify the relevant systems in their own network and connect to the big network in some way. Like the other topologies, this has both advantages and disadvantages. The advantages are: Tree topology is supported by many network vendors, devices can be added easily, all computers have access to the larger and immediate networks, and it is the best topology for branched out networks. Disadvantages are: Maintenance of this network can be an issue when it spans a great area, and if the backbone fails, the entire network also fails. Network and Access Services: In network access, the most common method in use on LAN’s is CSMA/CD. This stands for Carrier-Sense Multiple Access/Collision Detection and can be broken up into three parts. These are: Multiple Access – Meaning all systems can access it at any time, making it a contention method of control Carrier –Sense This means the Network Interface Card on each of the systems senses whether or not there is traffic on the cable before sending Collision Detection – This means that collisions can happen, but only if two computers on the network send data at the same time – but the Network Interface Cards of the sending computers will detect that a collision has occurred so they can re-send their data. This method holds many advantages and disadvantages, the advantages are as follows: It is reliable, as any collisions are detected and the packets involved are re-sent, preventing data loss. It is also relatively fast, with computers not having to queue to send/receive data. The disadvantages are, that it has limited range, and is inappropriate for large networks. Token Passing: This is a network access method particular to token-ring networks. These are a form of LAN developed and supported by IBM, running typically at 4. 16 or 16 Mbps over a ring topology. In this type of network, access is methodical as it is based on the possession of a small frame called a token. Having a token gives a node the right to talk. In order to talk, a node captures a token as it moves around the ring, inserts its data, target node address and control information into the token frame. It then changes this frame to a data frame, transmitting the frame around the token ring towards the destination node. Nodes not targeted by the data frame just pass the token on. The target node opens the data frame and reads the data stored inside. After processing this data, the target node releases the data frame, and after a complete circuit, it finds itself back at its sending node. Section 2 – Communication Protocols All communications between devices require agreement of the format of the data. The set of rules defining a format is a protocol. At the very least, a communications protocol must define: Rate of transmission Whether transmission is synchronous or asynchronous Whether data is transmitted in half-duplex or full-duplex mode Protocols can also include sophisticated techniques for detecting and recovering some transmission errors and for encoding/decoding certain data. There are many properties of a transmission that a protocol can define. Common ones include: packet size, transmission speed, error correction types, address mapping, flow control, packet sequence controls, routing, and address formatting. Popular protocols include: File transfer protocol (FTP), TCP/IP, user datagram protocol (UDP), hypertext transfer protocol (HTTP), post office protocol (POP3), internet message access protocol (IMAP), simple mail transfer protocol (SMTP). TCP/IP Protocol Suite – This is the most widely used of the communication protocols. A protocol suite consists of a layered architecture where each later has some functionality which can be carried out by a protocol. Each later usually has more than one protocol options to carry out the responsibility that the layer adheres to. TCP/IP is usually considered to be a 4 layer system, which are as follows: Application layer Transport layer Network layer Data link layer OSI Model – This is a conceptual model which characterises and standardises the internal functions of a communication system, partitioning it into abstraction layers. The model group’s similar communication functions into one of seven logical layers. A layer serves the layer above it and is served by the layer below it. For example, a layer which provides error-free communications across a network provides the path needed by applications above it, while it calls the next lower layer to send and receive packets that make up the contents of that path. The model is split into 7 layers which are as follows: Application Presentation Session Transport Network Data Link Physical Error and Data Correction (P5) Here it will be explained how errors in transmission can be detected and what techniques can be used to reduce them. In error and data correction there are many different types, I will be explaining and describing parity and modulus 11 checking. Data can be represented electronically, in ‘bits’ – a bit is a shortened version of the words ‘binary digit’ – these are represented using 0’s and 1’s. When bits are grouped together they can form more useful pieces of data, for example, 8 bits grouped together forms a ‘byte’. In networking, this data must be formed in a package to transport across the network; these are called ‘data packets’. This packet must at least contain the data and error control, as well as the source and destination address. There are two types of transmission, these are synchronous and asynchronous – asynchronous means that the receiver must recognise receipt of the data before the sender sends more. In synchronous, both devices synchronise with each other before the data is sent. In terms of speed of data transmission, we can look at the bandwidth. This means the amount of data that can be sent through data transmission over a period of time. This is measured in bps, kbps, mbps and gbps (in ascending order of speed). The earliest error detection systems used parity bits, which is an extra bit added to the end of the data. So all the data is in the first 8 bits and the ninth bit contains the parity data. The parity bit always has to be the correct number to make the data even, so if there are 4 1’s in the data, the parity bit has to be a 0. This type of detection is poor, with there being no way of seeing where in the byte that the error occurred. Checksums – This is a simple check that is used to detect errors in data. In the simplest form, a checksum is made by calculating binary values in a packet or another block of data using an algorithm and storing results within the piece of data. Checksums are very fast, with a high detection rate of 99. 6% errors in a packet. This level of reliability is suitable for simple communication situations, but less reliable than CRC (cyclical redundancy checking), which boast an even higher accuracy of over 99. 9% The receiving party relates the checksums calculated by the sender and by the receiver. If matching, the receiver accepts the transmission is free from errors. However, if they don’t match, we know there was an error. Error Correction – Cyclic Redundancy Check CRC is a method of error checking and correcting for data errors that have been transmitted on a communications link. It was designed to detect accidental changes to the raw computer data, frequently used in storage devices such as hard disk drives. A CRC calculates the data using a binary sequence, returning a figure which identifies the data. This figure is called a checksum. When a block of data is received or seen, this sequence occurs, if the new CRC code is different to the one calculated previously, the block contains an error and action can be taken. These codes are unique error correction codes which can detect errors in data even when there is more than one altered bit.

Marilyn Monroe Essays (660 words) - Marilyn Monroe,

Marilyn Monroe Biography Norma Jean Baker was born on June 1st 1926. She said that she came from an unhappy and deprived childhood. Galdys was Norma's mother. She had two children with Jack Baker (Norma's father) while still very young. Her father died in a car accident soon after she was born and at the age of 26 Galdys remarried to Edward Mortenson. Edward didn't want children but Galdys did so she divorced him. Soon after that Galdys couldn't take care of Norma anymore so she gave her up for adoption. In an interview Norma said that her grandmother tried to mother her with a pillow and how she was forced to do the dishes (at age 5) in an orphanage and that she was abused in one of the families that she was adopted by, and the fact that she was raped by a policeman. On June 19th 1942- two weeks after her 16th birthday Norma Jean married to James E. Dougherty. The marriage lasted for 4 years and by the time the divorce was granted she was well- known as Marilyn Monroe. The name Marilyn Monroe came from the Broadway musical actress, Marilyn and she got Monroe from her grandmother. In July 1942- during the war there was a great demand for pin-up pictures for the soldiers. One of the soldiers took plenty pictures of Marilyn but they were never printed, he said that they were lost in the mail. So Marilyn went to Blue Book Modeling and studio Agency and was put to work immediately. This is when it all went big for her. By this time she was about 19 years old. She started at $75 a week and reached $1500 by her 7th year (her contract). Bound by her contract, Marilyn only made $18,000 on Gentlemen Prefer Blondes, while her co-star made $100,000. She wanted to be an all round girl so she took up lessons on singing, dancing and acting. Her second marriage wad to Robert Slatzei, who she knew since 1952 but her marriage was over because her boss at FOX said her ratings would drop. She began to make lots of movies and plenty money. In 1952 Marilyn and Baseball player Joe Dimaggio met and in January 1954 they got married. Their marriage was going great but Joe said himself that he didn't like Hollywood and he hated Marilyn's phony friends. The famous skirt scene came from the movie The seven year itch. This film showed the transformation from Norma Jean to the sex symbol, Marilyn. Her movie Niagra was released in 1956 broke all records and Marilyn was one of the top grossing stars. For a little while Marilyn escaped from Hollywood to the country where she met Arthur Miller. Miller was a playwright(Death of a salesman). Marilyn and miller were married on June 29th 1956. Slowly Monroe began to control her own career. She made another deal with FOX, where she would make a minimum of 100,000 a movie and she could also make her own. Her first film with this agreement was Bus Stop. Marilyn began to hit her 30's and she began do drugs and having a drinking problem. She was prescribed pain killers by her doctor for endometriosis. In the making of The prince and the showgirl Marilyn had a clash of personalities between her and Oliver. Some would say it was not a very good film by Marilyn, she could have done better. In the movie The Misfits Monroe fell in love with Yues Montand. This ended her marriage with Arthur Miller. She had many physical and mental breakdowns during filming. The death of Clark Gable put a lot of strain on her. Her career and life was beginning to downfall. Clark gables' wife suggested that Marilyn's behavior led to his heart attack, Monroe was very sad and very upset Marilyn Died at a very early age, from a drug overdose. Bibliography Biographies

Selected Quotations of Margaret Mead

Selected Quotations of Margaret Mead Margaret Mead was an anthropologist known for her work on the relationship of culture and personality. Meads early work stressed the cultural basis of gender roles while later she wrote about the biological influence on male and female behaviors, too. She became a prominent lecturer and writer on family and child-rearing issues. Margaret Meads research- especially her work in Samoa- has come under more recent criticism for inaccuracies and naivete, but she remains a pioneer in the field of anthropology. These quotes demonstrate her work in this field and offer some observations and motivation. Selected Margaret Mead Quotations Never doubt that a small group of thoughtful, committed citizens can change the world. Indeed, it is the only thing that ever has. I must admit that I personally measure success in terms of the contributions an individual makes to her or his fellow human beings. I was brought up to believe that the only thing worth doing was to add to the sum of accurate information in the world. If one cannot state a matter clearly enough so that even an intelligent twelve-year-old can understand it, one should remain within the cloistered walls of the university and laboratory until one gets a better grasp of ones subject matter. It may be necessary temporarily to accept a lesser evil, but one must never label a necessary evil as good. Life in the twentieth century is like a parachute jump: you have to get it right the first time. What people say, what people do, and what they say they do are entirely different things. Even though the ship may go down, the journey goes on. I learned the value of hard work by working hard. Sooner or later Im going to die, but Im not going to retire. The way to do fieldwork is never to come up for air until it is all over. The ability to learn is older- as it is also more widespread- than is the ability to teach. We are now at a point where we must educate our children in what no one knew yesterday, and prepare our schools for what no one knows yet. I have spent most of my life studying the lives of other peoples- faraway peoples- so that Americans might better understand themselves. A city must be a place where groups of women and men are seeking and developing the highest things they know. Our humanity rests upon a series of learned behaviors, woven together into patterns that are infinitely fragile and never directly inherited. Mans most human characteristic is not his ability to learn, which he shares with many other species, but his ability to teach and store what others have developed and taught him. The negative cautions of science are never popular. If the experimentalist would not commit himself, the social philosopher, the preacher, and the pedagogue tried the harder to give a short-cut answer.   In 1976:  We women are doing pretty well. Were almost back to where we were in the twenties. I had no reason to doubt that brains were suitable for a woman. And as I had my fathers kind of mind- which was also his mothers- I learned that the mind is not sex-typed. Differences in sex as they are known today ... are based on the bringing up of the mother. She is always pushing the female towards similarity and the male towards differences. There is no evidence that suggests women are naturally better at caring for children ... with the fact of child-bearing out of the center of attention, there is even more reason for treating girls first as human beings, then as women. It has been a womans task throughout history to go on believing in life when there was almost no hope. Because of their age-long training in human relations- for that is what feminine intuition really is- women have a special contribution to make to any group enterprise. Every time we liberate a woman, we liberate a man. The male form of a female liberationist is a male liberationist- a man who realizes the unfairness of having to work all his life to support a wife and children so that someday his widow may live in comfort, a man who points out that commuting to a job he doesnt like is just as oppressive as his wifes imprisonment in a suburb, a man who rejects his exclusion, by society and most women, from participation in childbirth and the most engrossing, delightful care of young children- a man, in fact, who wants to relate himself to people and the world around him as a person. Women want mediocre men, and men are working to become as mediocre as possible. Mothers are a biological necessity; fathers are a social invention. Fathers are biological necessities, but social accidents. Mans role is uncertain, undefined, and perhaps unnecessary. I think extreme heterosexuality is a perversion. No matter how many communes anybody invents, the family always creeps back. One of the oldest human needs is having someone to wonder where you are when you dont come home at night. Nobody has ever before asked the nuclear family to live all by itself in a box the way we do. With no relatives, no support, weve put it in an impossible situation. We have got to face the fact that marriage is a terminable institution. Of all the peoples whom I have studied, from city dwellers to cliff dwellers, I always find that at least 50 percent would prefer to have at least one jungle between themselves and their mothers-in-law. Any woman can find a husband unless she is deaf, dumb or blind ... [S]he cannot always marry the ideal man of her choice. And when our baby stirs and struggles to be born it compels humility: what we began is now its own. The pains of childbirth were altogether different from the enveloping effects of other kinds of pain. These were pains one could follow with one’s mind. You just have to learn not to care about the dust mites under the beds. Instead of needing lots of children, we need high-quality children. The solution to adult problems tomorrow depends on large measure upon how our children grow up today. Thanks to television, for the first time the young are seeing history made before it is censored by their elders. As long as any adult thinks that he, like the parents and teachers of old, can become introspective, invoking his own youth to understand the youth before him, he is lost. If you associate enough with older people who do enjoy their lives, who are not stored away in any golden ghettos, you will gain a sense of continuity and of the possibility for a full life. Old age is like flying through a storm. Once youre aboard, theres nothing you can do. All of us who grew up before the war are immigrants in time, immigrants from an earlier world, living in an age essentially different from anything we knew before. The young are at home here. Their eyes have always seen satellites in the sky. They have never known a world in which war did not mean annihilation. If we are to achieve a richer culture, rich in contrasting values, we must recognize the whole gamut of human potentialities, and so weave a less arbitrary social fabric, one in which each diverse human gift will find a fitting place. Always remember that you are absolutely unique. Just like everyone else. We will be a better country when each religious group can trust its members to obey the dictates of their own religious faith without assistance from the legal structure of their country. The liberals have not softened their view of actuality to make themselves live closer to the dream, but instead sharpen their perceptions and fight to make the dream actuality or give up the battle in despair. The contempt for law and the contempt for the human consequences of lawbreaking go from the bottom to the top of American society. We are living beyond our means. As a people we have developed a life-style that is draining the earth of its priceless and irreplaceable resources without regard for the future of our children and people all around the world. We wont have a society if we destroy the environment. Having two bathrooms ruined the capacity to co-operate. Prayer does not use up artificial energy, doesnt burn up any fossil fuel, doesnt pollute. Neither does song, neither does love, neither does the dance. As the traveler who has once been from home is wiser than he who has never left his own doorstep, so a knowledge of one other culture should sharpen our ability to scrutinize more steadily, to appreciate more lovingly, our own. The study of human culture is a context within which every aspect of human life legitimately falls and necessitates no rift between work and play, professional and amateur activities. I have always done a womans job.   Her motto:  Be lazy, go crazy. Quotes About Margaret Mead To cherish the life of the world.  Source: Epitaph on her gravestone Courtesy, modesty, good manners, conformity to definite ethical standards are universal, but what constitutes courtesy, modesty, good manners, and definite ethical standards is not universal. It is instructive to know that standards differ in the most unexpected ways.  Source: Franz Boaz, Meads academic advisor, wrote this of her book Coming of Age in Samoa

BHS 455 (Computer & Information Systems) Module 2 CBT Essay

BHS 455 (Computer & Information Systems) Module 2 CBT - Essay Example One study by (Baggs & Schmitt, 1997) found several major positive outcomes form nurses and physicians working together, they were described as improving patient care, feeling better in the job, and controlling costs. In another study (Alpert et al., 1992) also found that collaboration among physicians and nurses led to increased functional status for patients and a decreased time from admission to discharge. The information that generally needs to be shared at Presbyterian Hospital mostly focuses on patient records and backgrounds. Both physicians and nurses must have access to patient medical records in order to know what to do to help the patient. Furthermore, both nurses and physicians need to also have access to the patient in order to meet and treat the patient. Physicians will usually make the final diagnosis on a patient, especially in the hospital. This is where some of the information between physicians and doctors may differ. While the physician interprets and makes the diagnosis most often, it us up to the physician to then provide that information to the nurse, so the nurse can take the appropriate steps with the patient.