Atmospheric pressure is one of many indicators of the weather. Atmospheric pressure is air pressure resistance to the air around you. The air around us has weight, and it pushes against everything it touches. Atmospheric pressure decreases as altitude pressure rises. Have you ever been on an airplane and your ears started popping? The reason why it happens is because they are attempting to adapt to the shifting of the atmospheric pressure. Atmospheric pressure sinks as altitude intensifications. Subsequently, as the pressure decreases, the quantity of oxygen available for breathing also decreases. Therefore, at exceeding altitudes, the atmospheric pressure and obtainable oxygen dwindles greatly that it can become a contributor to the cause of death. Humidity is the water vapor in the air. Have you ever felt the air right above a boiling pot of water? It is like invisible water. It feels wet, but you cannot see any water in the air. It is water, but instead of being in the form of liquid it takes the form of gas. …show more content…
The hasty emancipation of energy generates seismic waves that surges throughout the earth. Researchers use the diverse speeds of seismic waves to pinpoint the epicenter (the point on the surface directly above where the tremor initiated) of earthquakes. Seismometers are used to measure the magnitude of earthquakes. It is improbable to undergo the enormousness of a level three earthquake. The damage caused by earthquakes also depends on their depth and fault type. For instance, the magnitude of a level six earthquake would hypothetically activate substantial damage. Furthermore, when the earthquake that assaulted Tohoku, the region of Japan on March 11, 2011, exhibited the magnitude of 9.0 and slaughtered over 15,000 people. The obliteration triggered by the Tohoku earthquake was followed by prevailing tsunamis that were activated due to the earthquake’s epicenter being situated
Earthquakes. They shake buildings, they wobble structures, they dismantle even the most stable construction. They leave people without homes, destroy possessions. The San Francisco earthquake in 1906 left at least half of the population homeless.
However, the perceived shaking of the Haiti earthquake is said to be “extreme”, which is four tiers above Haida Gwaii’s perceived shaking level (strong). Comparison 2: Human and environmental impacts Due to many factors that provide a variety of influences that
The Dynamics of Fastpitch Softball Fastpitch softball, as its name suggests, is a fast-paced game overflowing with dynamics concepts. From the travel of the pitch to the impact of the swing, softball shows many dynamics concepts in action. While many go playing this sport without knowing the true dynamics behind it, terms used such as the “sweet spot” of the bat have a dynamics basis. Knowing the dynamics behind some of the actions of softball can help a player reach their optimal performance.
Although the report released by Lawson provided insight about earthquake occurrence, it cannot help scientists and geologists to accurately predict when the next earthquake will occur. However, with advanced monitoring systems and computing power may help in better preparation of future earthquakes. The 1906 San Francisco earthquake brought geologists and scientists together and led to an understanding of earthquakes; how they occur, why they occur and how the world can prevent and manage such disasters in
The San Francisco earthquake of 1906 had a magnitude of 7.9. This devastating event killed thousands. It was a normal day, people did not prepare for this, it just happened. Despite a quick response from San Francisco's large military population, the city was devastated. The earthquake and fires killed an estimated 3,000 people and left half of the city's 400,000 residents homeless.
The Weather Center has computer models to show all of the high and low pressures and weather satellites to watch the weather around our area. The air pressure is measured with a barometer. Air pressure’s definition is the force per unit of area exerted on the Earth’s surface by the weight of the air above the surface. This means that the force that is given off creates molecules that make it up and makes up its size, motion, and number present in the air. Weather is not all about air pressure.
On April 18, 1906 an earthquake hit San Francisco for mere minutes. The earthquake registered 8.25 on the Richter scale (eyewitnesshistory). The damage from the earthquake paled in comparison to the level of destruction that followed. The quake cost 3,000 people their lives and not only rattled the residences of San Francisco, but people from Oregon to L.A and as far inland as Nevada(history.com).
The earthquakes intensity was measured at a magnitude of 7.9 on the present Richter scale (The Great 1906, 4). This earthquake was an extremely vigorous magnitude that would have killed approximately fifthteen hundred to forty five hundred people and injure fifty thousand (House, 51). This was not the first earthquake in San Francisco. 1864, 1898, and 1900 were years of earthquakes striking but not as strong as 1906 (San Francisco of 1906, 1). Ten million California residents who lived closely from the major fault lines could have been in endangered in many extreme ways. (House, 56).
Although the this high altitude for these people would affect their lifestyle it still act of protection as it makes
The lack of oxygen at such extreme altitudes is a telltale sign that humans do not belong on the mountain. Altitude sickness, called hypoxia, results in symptoms such as extreme fatigue, poor appetite, dehydration, nausea, fluid in lungs, confusion and poor judgment (caused by brain swelling), swelling in the face, and other symptoms equally as detrimental to a mountain climber (Krakauer 141). Eventually, altitude sickness becomes High Altitude Pulmonary Edema (HAPE), a disease which fills the lungs with fluid. Ngawang Topche Sherpa began suffering HAPE early on in the expedition. Within weeks, rescue teams met the climbers on the mountain and evacuated Ngawang, frothing at the mouth, vomiting everywhere, blue in the face, and under eighty pounds.
Collegiate Eases In “College Pressures,” from The Seagull Reader: Essays, William Zinsser explains the stress and obstacles college students face, he was a master at Branford College and was exposed to college student’s breakdowns. In the essay Zinsser explains that college students face four different types of pressures: economic pressure, parental pressure, peer pressure, and self-induced pressure. Zinsser is master of Branford College and he uses his first hand experiences with students to explain how the four types of pressures effect students. College students are too worried about their future and obsess over grades that they miss out on experiencing college to the fullest degree.
These two plates push and shove each other causing small tremors throughout which can cause landslides,volcanic eruptions and once in a couple years, quakes with devastating results. The strongest earthquake recorded occurred in 1991 with a measure of 7.6 on the Richter scale. This earthquake left 4 dead and buildings as well as bridges and road were completely destroyed. If another Earthquake occurs, the coastal cities would be the most affected ones as they are closer to the plates.
The earthquake of 2010 was a 7.0 on the Richter Scale. This large earthquake caused the death of 230,000 people. This was due to poor building structure and little warning. There were too many bodies to move and so few people who were capable of moving them (due to injuries) that the bodies would just be piled up on roads and in city squares. As a result of the earthquake, a total of 10,000 children were left orphaned.
Earthquakes are caused when rock underground suddenly breaks along a fault. This sudden release of energy causes the seismic waves that make the ground shake. When two plates are rubbing against each other, they stick a little. Most earthquakes occur along the edge of the oceanic and continental plates. Due to stress they shift and cause the earthquake.
The Tohoku Earthquake was the most powerful earthquake recorded to have hit Japan. The earthquake was a magnitude 9.0 off the coasts of Japan that occurred at 2:46pm on Friday 11 March 2011, which triggered a powerful tsunami that reached the height up to 10.4 meters. A Japanese National Police Agency reported 15,889 deaths, 6,152 injured, and 2,601 people missing, 127,290 buildings totally collapse, 272,788 buildings half collapse, and another 747,989 buildings partially damaged. The Tohoku earthquake and tsunami caused severe structural damage in northeastern Japan, including heavy damage to roads, railways and dams, not to mention fires in many areas. It was the toughest and the most difficult crisis in Japan after the World War 2 leaving