Question

In: Biology

Assume that you are employed as a developmental biologist at NASA and the first returning mars...

Assume that you are employed as a developmental biologist at NASA and the first returning mars explorer was found to have a small organism from mars onboard. The organism had the usual head-tail axis as well as dorsal-ventral polarity and what appeared to have right-left asymmetry. However upon analysis it was found to be composed of silicon based compounds and had no DNA, RNA or proteins at all. Discuss reasons why this organism would have similar developmental controls to those of earth’s carbon-based life and also discuss the opposing view as to why it would not

Solutions

Expert Solution


Related Solutions

Assume that you are employed as a developmental biologist at NASA and the first returning mars...
Assume that you are employed as a developmental biologist at NASA and the first returning mars explorer was found to have a small organism from mars onboard. The organism had the usual head-tail axis as well as dorsal-ventral polarity and what appeared to have right-left asymmetry. However upon analysis it was found to be composed of silicon based compounds and had no DNA, RNA or proteins at all. Discuss reasons why this organism would have similar developmental controls to those...
Assume that you are employed as a developmental biologist at NASA and the first returning mars...
Assume that you are employed as a developmental biologist at NASA and the first returning mars explorer was found to have a small organism from mars onboard. The organism had the usual head-tail axis as well as dorsal-ventral polarity and what appeared to have right-left asymmetry. However upon analysis it was found to be composed of silicon based compounds and had no DNA, RNA or proteins at all. Discuss reasons why this organism would have similar developmental controls to those...
NASA has sent satellites to the planet Mars. The method is to put the satellite into...
NASA has sent satellites to the planet Mars. The method is to put the satellite into a Keplerian orbit whose perihelion is at the position of the Earth and whose aphelion is at the position of Mars. The satellite does not travel to Mars under rocket power; it just moves under the influence of the Sun's gravity. Calculate the number of days the trip to Mars will take.
NASA is sending a remote-sensing spacecraft to Mars. Given: Earth parking orbit altitude= 1000 km Mars...
NASA is sending a remote-sensing spacecraft to Mars. Given: Earth parking orbit altitude= 1000 km Mars Parking orbit altitude=  500 km μEarth =  3.99x105 km3/s2 μMars =  4.280x104 km3/s2 μSun =  1.33x1011 km3/s2 Earth's orbital radius =   1.50 x108 km (assume Earth has a circular orbit for this problem) Mars' orbital radius =  2.28  x108 km (assume Mars has a circular orbit for this problem) Find the semi major axis of the transfer orbit, v∞Earth , v∞Mars, ΔVboost,ΔVretro ,ΔVmission (enter your answer as a number which will...
Imagine you are the orbital engineer for the first NASA spaceshot to Ceres, the largest...
Imagine you are the orbital engineer for the first NASA space shot to Ceres, the largest known asteroid. Ceres’s nearly circular orbit around the sun has a radius of R = 2.77 AU. After being launched from the earth, the probe will initially be in a circular orbit around the sun with the same radius (r_{c} = 1.0 AU) and the same orbital speed (|\vec{v}_{c}| = 6.28 AU/y) as the earth’s orbit. The probe’s rocket engines will then fire briefly...
NASA has sent about a dozen robotic lander and rover missions to Mars, and only seven...
NASA has sent about a dozen robotic lander and rover missions to Mars, and only seven have succeeded. One of these missions, the Mars Polar Lander, was lost due to a problem with a sensor. A sensor onboard the spacecraft triggered the shutdown of the lander's engines when it thought the craft had landed on the planet, but it had not reached the surface yet; in fact, the craft was 131 feet above the surface when the engines were turned...
Andrew is employed as a biologist for a start-up medical firm with a stable annual salary...
Andrew is employed as a biologist for a start-up medical firm with a stable annual salary of $200,000. Kristin works part time as a pharmacist making $125,000/year. Andrew and Kristin have different levels of risk tolerance. Andrew tends to be a riskier investor and Kristin is by far more conservative. The family has no outstanding debt outside of a mortgage on their primary residence. The outstanding mortgage balance totals $280,000 against a fair market value of the home of $520,000....
N12R.3Imagine you are the orbital engineer for the first NASA space shot to Ceres, the largest...
N12R.3Imagine you are the orbital engineer for the first NASA space shot to Ceres, the largest known asteroid. Ceres’s nearly circular orbit around the sun has a radius of R = 2.77 AU. After being launched from the earth, the probe will initially be in a circular orbit around the sun with the same radius (rc = 1.0 AU) and the same orbital speed Inline_Formula as the earth’s orbit. The probe’s rocket engines will then fire briefly to increase the...
Assume that you are employed in the marketing department for a firm that is producing an...
Assume that you are employed in the marketing department for a firm that is producing an electric scooter. In developing this product, you realize that it is important to provide a core product, an actual product, and an augmented product that meets the needs of customers. Develop an outline of how your firm might provide these three product layers in the electric scooter.
Returning to the Vector hybrid bus project, assume that Vector is a nonprofit organization and that...
Returning to the Vector hybrid bus project, assume that Vector is a nonprofit organization and that the expected additional operating cash inflows are $240,000 in years 1 through 4 and $210,000 in year 5. Using data from here, the net initial investment is $661,500 (new bus, $660,000, plus additional working capital, $30,000, minus current disposal value of old bus, $28,500). All other facts are unchanged: a 5-year useful life, no terminal disposal value, and an 8% RRR. Year 5 cash...
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT