Pt1420 Unit 3 Lab Questions

At an area in which it inhabitable for normal organisms, but rich in minerals or other things that organisms need, organisms and bacteria can accidentally find their way in. Most of these things die and for thousands of years all of them might die but as soon as one manges to survive it will begin to create more heat resistant bacteria that can live in the mineral rich high-temperature water which is called, "natural selection"

On Earth we have one moon to look at during the night. Can you imagine looking at 50 or 60 moons at night? If we lived on Jupiter, that’s what we would see! Jupiter has 50 definite moons. There are 17 moons scientists are still examining to make sure that they are moons. Some are smaller than 1.5 miles in diameter! Jupiter’s four largest moons, and four first discovered, are known as the Galilean moons, named after their discoverer Galileo Galilee in 1610.

2. a) As the amount of precipitation increased, the amount of eroded loose soil increased significantly as well. The line of best fit also shows that in the future there will be more eroded loose soil if precipitation numbers increase like they have.

The next step is to isolate Mass (M). Since Mass needs to be directly proportional to v^2 r and inversely proportional to the Gravitational Constant (G), both sides of the equation must be divided by Gm. At this point all the m on the left side of the equation should be canceled. The Gm on the right side will also be canceled out, leaving M by itself on the right side.Now that we have gotten an equation that solves for Mass (M), we can start solving for M, but only once the velocity is known. Due to Object X’s moon having a circular orbit, v can be substituted with the circumference (2πr) divided by the time (P) it takes to make a complete orbit. Since velocity was squared, both the circumference and time will now be squared as well. Once all

Using the settings tools on the right hand side of the screen, reformat your screen in order to verify the solution of your system.

Who are the Big Three? Zeus, Poseidon and Hades What is the name of the place they will do sightseeing before the Olympus? The Gateway Arch, in St-Louis What is Annabeth’s phobia?

The behavior of different physical quantities on velocity, temperature, concentration, nanoparticle volume fraction and density of motile microorganisms is investigated in this section. The numerical results are discussed for various values of the parameters. $0.5\leq m \leq 1$, $Nc = 0.5$, $N_{1} = 0.2$, $0\leq NR \leq 2$ $-0.5\leq\alpha \leq 0.5$ $k_{1} = 1$, $Nd = 0.1$, $Sc = 0.1$, $Ld = 0.1$, $0.1\leq \lambda \leq 1$, $0.5\leq\beta \leq 10$, $1\leq Pr \leq 10$, $Le = 5$, $0\leq Ec \leq 1.5$, $0.1\leq Nt \leq 0.9$, $0.1 \leq Rb \leq 2$, $\Omega = 0.2$, $0\leq Pe \leq 1$, $1 \leq Sb \leq 10$ and $0.1 \leq Nb \leq 0.6$. The selected values for the parameters are as a result of the physics of the Casson nanofluid. Positive and negative values

This week’s lab builds upon the previous EnCase examination concepts to introduce students to Windows Registry values that can help identify key information within an investigation. To elucidate this, the lab calls for an examination of registry entries within Jane’s (Blacksuit Computing) collected evidence image. Within this image, students are asked to locate key evidence including, the system’s local time zone at acquisition, the location and nature of browser help objects (add-ins), system start-up processes, and a list of first and last devices connected to Jane’s system. Among these, the student is also tasked with analyzing the nature of these items to identify any suspicious activities or entries contained in the evidence.

Measure the initial width, length, and thickness of the steel specimen using a Dial Caliper. Relieve pressure in Amatrol T9014 and adjust the height of the bottom platform to insert steel specimen. Insert one pin into the bottom platform to hold the steel specimen into the fixture. Slide two locking bars down the steel specimen. Adhere one locking bar to the bottom of the specimen and one at the top, lock them in place using the attached thumb screws. Insert the Linear Vernier Caliper in the top locking bar and zero out the caliper, allowing it to rest on the bottom locking bar. Compress the hydraulic cylinder until the indicator reads a force of zero. Lock the Linear Vernier Caliper in place by tightening the top thumb screw. [1] Compress

Ganymede is similar to Europa in that its surface is made of mainly ice, but it does have bits of rock here and there. Also like Europa, Ganymede is believed to have an ocean below its surface. The core is made of metallic iron while its middle layer is made of rock. In 1996, scientists discovered that Ganymede has a very thin oxygen atmosphere, but it is not thick enough to support life. With a surface temperature of -163 degrees Celsius, it would be a harsh environment to live in.

Titan is the largest, and most earthlike moon we have found. It is the only moon in the solar system with clouds and a dense, planet-like atmosphere. Scientists believe that conditions on Titan are similar to Earth. It has water on the moon and the temperature is not the same. Earth, and Titan have different atmospheres.

Jupiter is a gas giant meaning it does not0 have a solid internal core. It's atmosphere is primarily hydrogen and helium. Thick layers of red, yellow, white, and brown clouds give Jupiter the appearance of horizontal stripes. It has a marking that appears to be a large red spot which is truly just an on going tornado. It's diameter is about 143000 kilometers. It is the largest planet by

Uranus is planet that I believe should not be explored because the planet is made of hydrogen and helium and the outer gases are made of methane, There is no solid floor to this planet it is a gas planet. Uranus is blue planet because of the methane and the red light, these factors cause the planet to become remarkably cold. Uranus has a mass that is 14.536 more than Earth. The outer atmosphere is known to be cold because the elements that are contained are hydrogen and helium and methane

Of the nineteen known natural satellites in the Solar System that are massive enough to have lapsed into hydrostatic equilibrium, several remain geologically active today. Io is the most volcanically active body in the Solar System, while Europa, Enceladus, Titan and Triton display evidence of ongoing tectonic activity and cryovolcanism. In the first three cases, the geological activity is powered by the tidal heating resulting from having eccentric orbits close to their giant-planet primaries. (This mechanism would have also operated on Triton in the past, before its orbit was circularized.) Many other natural satellites, such as Earth's Moon, Ganymede, Tethys and Miranda, show evidence of past geological activity, resulting from energy sources

Europa is the sixth of Jupiter's moons and the fourth largest. Europa is named after a Phoenician princess who was abducted by Zeus and taken to the island of Crete to be his lover. Europa was discovered by Galileo Galilei and possibly Simon Marius in 1610 and is one of the four Galilean satellites. The others being: Io, Ganymede, and Callisto. Europa is very different from the other moons of Jupiter. Instead of a rocky, cratered surface like Callisto and Ganymede, it instead has a smooth outer surface of cracked ice. There are very few sign of craters on Europa. In fact, only three large craters have been found. This indicates that Europa's surface is very young and active. In photographs sent back by orbiters, the surface resembles sea ice on Earth. Astronomers believe that beneath this layer of ice may exist an ocean, kept liquid by the moon's internal heat. This liquid ocean could be as much as 30 miles deep. The existence of deep ocean vents on the ocean floor on Earth have led some scientists to speculate that there could be a possibility of life on Europa. Around these deep sea vents on Earth are life forms that do not need sunlight to survive. They instead feed on bacteria that get their nutrients from chemicals seeping up from the ocean floor. This process is known as chemosynthesis. Scientists believe that similar life forms could evolve on Europa if a liquid ocean does indeed exist beneath its frozen surface.