Two astronauts push each other as they float freely in the zero-gravity environment of space. Why?
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Two astronauts push each other as they float freely in the zero-gravity environment of space. Why?
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- At small scales, viscous drag becomes very important. To a paramecium (shown), a singlecelled animal that can propel itself through water with fine hairs on its body, swimming through water feels like swimming through honey would to you. We can model a paramecium as a sphere of diameter 50 μm, with a mass of 6.5 x 10-11 kg. You can test the viscosity of a liquid by dropping a steel sphere into it and measuring the speed at which it sinks. For viscous fluids, the sphere will rapidly reach a terminal speed. At this terminal speed, the net force on the sphere isA. Directed downward.B. Zero.C. Directed upward.8-4:•40 Lurking alligators. An al- ligator waits for prey by floating with only the top of its head exposed, so that the prey cannot easily see it. One way it can adjust the extent of sinking is by controlling the size of its lungs. Another way may be by swallowing stones (gastrolithes) that then reside in the stomach. Figure 14-41 shows a highly simplified model (a “rhombohedron gater") of mass 130 kg that roams with its head partially exposed. The top head surface has area 0.20 m². If the alligator were to swallow stones with a total mass of 1.0% of its body mass (a typical amount), how far would it sink? Figure 14-41 Problem 40.
- As a person dives toward the bottom of a swimming pool, the buoyant force acting on her increases. True or False?A 1400 kg hippo is completely submerged, standing on the bottom of a lake. What is the approximate value of the upward normal force on the hippo?Lurking alligators. An alligator waits for prey by floating with only the top of its head exposed, so that the prey cannot easily see it. One way it can adjust the extent of sinking is by controlling the size of its lungs. Another way may be by swallowing stones (gastrolithes) that then reside in the stomach. The figure shows a highly simplified model (a "rhombohedron gater") of mass 125 kg that roams with its head partially exposed.The top head surface has area 0.180 m2. If the alligator were to swallow stones with a total mass of 1.8% of its body mass (a typical amount), how far (in mm) would it sink? Number i Units
- Hoops spend much of there lives in water but amazingly they don’t swim they have like manatees very little fat thr density of a hippos body is approximately 1030 kg/m3 so it sinks to the bottoms of the lakes it frequents and then simply walks on the bottom a 1500 kg hippo is completely submerged, standing on the bottom of the lake what is the approximate upward normal force on the hippo?A brick is thrown into a deep swimming pool. As it sinks deeper and deeper into the water, does the buoyant force on it increase or Decrease? Explain.The inside of the space shuttle is pressurized to 1.01x105 N/m2 while in deep space (outside pressure = 0). What is the outward force acting on the windshield of the craft if the windshield has a surface area of 0.5 m2? a) 5.05 x 10^5 N b) 1.01 x 10^5 N c) 2.02 x 10^5 N d) 4.04 x 10^5 N If you could draw the free-body diagram that would help me learn. Thank you,
- What is the total downward atmospheric force on the top of a 0.24 m by 0.29 m book lying on a table? Why doesn't this force break the table?•35 Three children, each of weight 356 N, make a log raft by lashing together logs of diameter 0.30 m and length 1.80 m. How many logs will be needed to keep them afloat in fresh water? Take the den- sity of the logs to be 800 kg/m?.