Fluids for which the shearing stress, , is not linearlyrelated to the rate of shearing strain, , are designated as nonNewtonianfluids. Such fluids are commonplace and can exhibitunusual behavior, as shown in Video V1.6. Some experimentaldata obtained for a particular non-Newtonian fluid at 80 F areshown below.Plot these data and fit a second-order polynomial to the datausing a suitable graphing program. What is the apparent viscosityof this fluid when the rate of shearing strain is 70 s1? Is thisapparent viscosity larger or smaller than that for water at the sametemperature?
EBIO key: if it’s bold, it’s because he said it would be on the test or because it is one of the vocab terms Intro to Origin of Life as Told by Fleury • First unicellular organisms feasted on complex organic compounds • Where did the chemicals of life come from • How did planet originally form ◦ Stars and planets form from vast clouds of cosmic dust ◦ What is nearest galaxy ◦ Gravitational attraction pulls the particles of the cosmic loud together; as it collapses the cloud begins to spin ◦ Pressure increases in the condensing cloud of gas, generates heart ◦ Forms a vast band of debris, gas, a disc is formed ◦ Heat gets high enough to ignite the protostars ◦ 10^7 degrees Kelvin required ◦ Few dozen to thousands of stars is formed by cloud ◦ Clouds start off cold, heat rises from gravity, becomes disc, center is sphere where heat rises to 2 million degrees and it's now a protostars; 10 mil years later it gets super hot that it sustains thermonuclear fusion ◦ Cosmic gas (solar nebula) • Until recently, twas all theoretical • Wobble method • Kepler 2009 satellite discovered several hundred new solar systems before the probe failed • 4 billion years ago; forms from protoplanetary disk, 500 mil years of intense meteor bombardment Origin of Life One of the world’s gre