High School Sample Essay Tips - Writes a TNReady or TNExcel Essay in No Time

High School Sample Essay Tips - Writes a TNReady or TNExcel Essay in No TimeThere are many tips that I would recommend for you if you're currently struggling to write a high school sample essay, TNReady or TNExcel. These tips are easy to implement and can have a dramatic effect on your ability to write well. I will share with you what I found to be helpful. I suggest you try them out as soon as possible.The first tip is to read through the sample essay with a student in the class. It is always a great idea to talk to a student in the class about the concept of 'what's the point?' That is not always easy to do, but a student can help you out tremendously. To do this you would need to ask them if they were reading the essay as an assignment or just for fun. The better the student feels about the content, the more likely they will enjoy it.The second tip is to find a friend who is having a difficult time writing, and work with him or her. This may seem counter-intuitive, but it's very i mportant. A student who feels comfortable with you writing his or her essays will be much more likely to do well on the test. It may seem counter-intuitive, but people who are comfortable with their teachers writing their essays will do very well on the test.The third tip is to find a resource that can teach you how to write a sample essay. Some of these are websites and e-books, but there are also many books and magazines that have resources for writing high school essays. Again, just like the students, you need to make sure that you are comfortable with the material before you engage in the practice.The fourth tip is to sit down with a friend who is struggling with writing a sample essay, and help them out. Find a time when you can work with them both. You don't want to tell them to give up, but it is very important to tell a friend that you are there for them. Helping them with what they need, is vital.Finally, when you sit down to write a sample essay, you need to give yourself the time to get it right. For example, if you had a two page essay, you might find it very easy to write it. On the other hand, you might be sitting down to write a four page essay. It is important to understand your needs before you attempt to write the essay.By following these tips, you will be able to develop a writing style that works best for you on a TNReady or TNExcel essay. They are easy to implement, and if you follow them properly, you should be able to write a TNReady or TNExcel essay in no time. The more you practice the more confidence you will gain in writing, and eventually, you'll begin to write well.

Mars Rover free essay sample

Thus the force of gravity on Mars is about one-third of that on Earth. Mars is probably the planet we know the most about since it is so close to Earth, though what we know now is not even close to everything about the planet. Over the past several decades, humans have been interested about life on mars. In 1877, Giovanni Schiaparelli, an Italian astronomer, was the first person to draw a map of Mars. His map showed a system of streaks or channels, which he called canali. In 1910, the U. S. astronomer Percival Lowell made observations of Mars and wrote a book. In his book, Lowell described Mars as a dying planet where the civilizations built an extensive network of canals to distribute water from the polar regions to the center of the planet. Mars was discovered by scientists in the 1600’s. Researchers descried a pale pink object that was only visible in the early morning just before dawn. We will write a custom essay sample on Mars Rover or any similar topic specifically for you Do Not WasteYour Time HIRE WRITER Only 13.90 / page The object moved closer to the stars, got brighter over the next year and rose earlier and earlier. Then it reversed direction. Mars was the third most brightest object in the night sky, it had an intense red color and could see all night long. After moving the opposite direction for about 70 days, it reversed direction again, and gradually got dimmer. It was only visible in the evening sky and set earlier and earlier. After another year it again was a pale pink object, this time only visible just after sunset. Shortly after that, it could not be visible at all. It remained unseen for about one hundred days when the cycle began again. Each cycle took a little over two years. Scientists believed that water may have existed on the planet Mars. The total journey time from Earth to Mars takes between 150-300 days epending on the speed of the launch, the alignment of Earth and Mars, and the length of the journey the spacecraft takes to reach its target. We would need food, waste disposal, oxygen, and the matter of getting back to earth. Another reason we wouldnt send humans to mars dont know how our body would react to mars atmosphere. Mars doesnt have a magnetic field, such as earth, our planet blocks it out. If a human went to mars for a period of time there is a 40% chance they would come back with cancer. So at this time rovers are our best option. The first rover ever sent mars was in 1962 called Mariner 3. The rover never landed on mars it was a flyby which means it only took pictures of the planet while in obit. In 1965 Mariner 4 took more pictures. In 1969, flybys ended and NASA came up with spacecrafts. Mariner 9 was the first rover to take pictures of the entire surface of Mars when it landed in 1972. In the mid 70’s, they launched Viking 1 and 2, they were the first to discover ultraviolet radiation with dry soil and oxidizing nature preventing organisms from forming. The cost, to build a rover is about 2. 7 billion dollars, for us to send over humans the cost is twice as much. Sojourner, which launched in 1996 and landed in 1997, was part of the Mars Pathfinder Mission. The itty-bitty rover weighed in at 23 pounds. It was 26 inches long, 19 inches wide, and 12 inches tall. In 83 Martian days of operation, Sojourner never ventured more than 40 feet away from its lander, and its odometer for the whole trip read onl y about 330 feet. The rover snapped 550 photographs and performed tests on a rock named Yogi. In 2001 NASA discovered ice when the spacecraft Odyssey orbited Mars and took pictures. What Spirit and Opportunity found was a credit to the technology that allowed them to explore Mars. Within a couple months of landing, the Opportunity uncovered evidence of saltwater, which leaves open the possibility that life (and fossil indications) might at one time have existed on the planet. Spirit stumbled across rocks that pointed to an earlier, unrulier Mars that was marked by impacts, explosive volcanism and subsurface water [source: NASA Mars]. Water is key because almost everywhere we find water on Earth we find life, NASAs Web site. However, we are still unsure life existed on Mars. The rover Curiosity, finally landed on mars August 6, 2012, it was launched November 26, 2011. Before NASA could be launched Curiosity, the rover it had to go through series of test, drop tests, pull test, drive test, load test, stress tests, and shorting tests. So scientists had to realize that Earth and Mars revolve around the sun at different rates meaning it takes Mars 686 earths days and the Earth 365 days. They did to figure out when Mars was closest to Earth. Curiosity was launched from Cape Canaveral. Stage one, it reaches space and the tip of the cone opens and fall off. During the second stage, a centuar engine starts placing the vehicle into obit. When everything is alined the second engine starts to bring it to mars. Once Curiosity is on Mars it will do tasks such as collecting rock, soil sampling and placing them on instruments in order to be analyzed. What goes into the rover (Siceloff, Steven. Mars Rover Well-Equipped for Studies. NASAs John F. Kennedy Space Center. Nov. 22, 2011. (Dec. 9, 2011) http://www. nasa. gov/mission_pages/msl/launch/mslprelaunchfeature. html): A miniaturized gas chromatograph and mass spectrometer will separate and analyze chemical compounds in samples. A tunable laser spectrometer will look for organic (carbon-containing) compounds and determine the ratio of key isotopes both vital to unlocking Marss atmospheric and aquatic past. CheMin, an X-ray diffraction and fluorescence instrument, will measure the bulk composition of samples and detect their constituent minerals. Located on the rover arm, the Mars Hand Lens Imager will photograph rocks, soil and, if present, ice in extreme close-up. This uber-camera can spot details thinner than a human hair or focus on objects more than an arms length away. The Alpha Particle X-ray Spectrometer for Mars Science Laboratory, also located on the arm, will figure out the relative amounts of various elements present in Martian rocks and soils. Curiositys neck, or mast, is also decked out in instrumentation: The Mars Science Laboratory Mast Camera (MSLMC), attached at human-eye height, will help the rover navigate and record its surroundings in high-resolution stereo and color stills or high-definition video. The MSLMC can view materials collected or treated by the arm. Stereo hazard-avoidance cameras located further down the mast will aid the rovers navigation. Another mast-mounted instrument, ChemCam, will vaporize thin layers of material up to 30 feet (9 meters) away using laser pulses, then analyze them with its spectrometer. Its telescope can capture images of the beams target area. The Radiation Assessment Detector will monitor surface radiation levels. The Rover Environmental Monitoring Station will take readings of atmospheric pressure, temperature, humidity and wind, as well as levels of ultraviolet radiation. The Dynamic Albedo of Neutrons instrument can detect hydrogen a potential indicator of ice or water trapped in minerals up to 3 feet (1 meter) beneath the surface. Earthlings have long been fascinated by the planet Mars. Well before modern science fiction speculated about advanced civilizations upon Mars, the red planet was regarded as a malevolent agent of war, pestilence, and apocalyptic disaster inhabited with little green men. For untold millennia prior to scientific astronomy and well before there were any records which could properly be called historical, human beings recounted myths surrounding their favorite heroes and gods about Mars. It wasn’t until the 17th century when Mars was first discovered by scientists that we began to understand the red planet. The first rover sent to Mars was in 1962. The first successful mission was the 1964 trip by the Mariner 4, a United States craft that returned 21 images of the planet. In 1969 the flybys ended and In 1972 pictures were taken of the planets surface by the rover Mariner 9. Viking 1 and 2, which launched in the mid-70s, both had landers that descended to the surface of Mars. In 2003, the Mars Exploration Rover mission team launched Spirit and Opportunity, one of which was still traversing the planet as 2011 ended. Which leads us to Curiosity and 2012. Curiosity, previously known as the Mars Science Laboratory weighs 2000 pounds and has a planned mission duration of 23 Earth months, which it could exceed by quite some time, based on NASAs experience with the Spirit and Opportunity rovers. True to its old name (Mars Science Laboratory), Curiosity is packed with instruments as mentioned above. Who knows what our curiosity will lead to. Hopefully, life.