SMDEP Physics Fluids: Bernoulli Electromagnetic Radiation

Ch 36, #2: wavelength of light x m x m x m x m 5.Other 6.Didn’t finish

Ch 36, #19: resolution of telescope (in radians)? x x x x Other 6.Didn’t finish

Ch 36, #20: distance between stars x m x m x m x m 5.Other 6.Didn’t finish

Blood flows through a coronary artery that is partially blocked by deposits along the artery wall. Through which part of the artery is the flux (volume of blood per unit time) the largest? 1.The narrow part 2.The wide part 3.the flux is the same in both parts

Blood flows through a coronary artery that is partially blocked by deposits along the artery wall. Through which part of the artery is the flow speed the largest? 1.The narrow part 2.The wide part 3.the speed is the same in both parts

Blood flows through a coronary artery that is partially blocked by deposits along the artery wall. As the platelet moves from the narrow part to the wide part, the blood experiences: 1.An increase in pressure 2.A decrease in pressure 3.No change in pressure

Pioneer 10 and Pioneer 11 were launched in the 1970s to explore planets in the outer solar system. They transmit radio signals back to Earth at a specific frequency. To hear these signals, scientists on Earth tune their radio dishes to: 0 of The same frequency transmitted by Pioneer 10 2.A higher frequency 3.A lower frequency

Aliens on a planet orbiting a nearby star send a laser signal out to space at a specific wavelength. If astronomers could detect this laser over an entire orbit and plotted wavelength versus time, they would see: 0 of A constant wavelength 2.A continuously increasing wavelength 3.A continuously decreasing wavelength 4.A sine wave

You have four lasers which emit light of different colors. Which laser emits photons with the largest wavelength? 0 of Red 2.Green 3.Blue 4.Yellow 5.Need more info

You have four lasers which emit light of different colors. Which laser emits photons with the largest energy? 1.Red 2.Green 3.Blue 4.Yellow 5.Need more info 0 of 5 10