Compute the decrease in the blood pressure of the blood flowing through an Artery, the radius of which is constricted by a factor of 3. Assume that the average flow velocity in the unconstricted region is 50cm/sec.
Q: Please give detailed explanation , need it a little urgently, thanks!
A: Frequency of the string f=12LTμf=12LTρπr2LL=12LrTρπ=1LDTρπ
Q: what is the potential in each region of space?
A: Given, a hollow sphere has a outer radii R and an inner radii R/2. The cavity is filled with another...
Q: Two capacitors, C1=4uF and C2=7uF, are connected in series with a 20V battery. The battery is remove...
A: When the capacitors are connected in series, the charge in the individual capacitors is same as the ...
Q: What is the smallest capacitor needed in a computer power supply in order to produce at least 3.75 V...
A:
Q: Control volume T dE dt Bulb sensor т, су T(t) The bulb thermometer shown initially reads 42 degrees ...
A: Solution: Given that: 98% of step change will be calculated as below: 42+0.98*(96-42)=94.92&...
Q: 8. A 3.0-cm-tallobject is placed 22.0 cm in front of a concave mirror having a focal length of 12.0 ...
A: Given, focal length of concave mirror = -12.0 cm object distance =-22.0 cm heigth of object = 3.0 cm
Q: How many years older will you be 1.00 gigasecond from now? (Assume a 365-day year.)
A: Given: Time period = 1 Giga second
Q: When jumping straight upfrom a crouched position, an average person can reach a maximum heightof abo...
A: Given: The maximum height of the jumper to reach is hmax=60 cm. The height reached by the jumper is...
Q: Laser light of wavelength 632.8 nm falls normally on a slit that is 0.0250 mm wide. The transmitted ...
A: Given: The wavelength of the incident light is λ=632.8 nm. Width of the slit is d=0.025 mm. The int...
Q: The power of a certain CD player operating at 120 V rms is 20.0 W. Assuming that the CD player behav...
A:
Q: If a cyclist is going around a curve at constant speed, is he accelerating? If so, what is the direc...
A: Given: The cycling of a cyclist around a curve at a constant speed.
Q: A small cube of mass m slides down a circular ramp of radius R cut into a large block of mass M, as ...
A:
Q: Please do M and N
A:
Q: Consider a double-paned window consisting of two panes ofglass, each with a thickness of 0.500 cm an...
A: Part-a Given: The thickness of the glass pane t = 0.5 cm. The area of the glass pane A = 0.725 m2. ...
Q: What fraction of 5-MeV - particles will be scattered through angles greater than 8° from a gold foil...
A: Given: The value of gold foil is Z = 79, density=19.3 g/cm3
Q: please show all work
A: Given: mass, m = 20 kg distance travelled, S = 20 m
Q: What is the reactance of a 3.00 H inductor at a frequency of 80.0 Hz? (a) What is the inductance of ...
A: XL=L2πf=3.00 H2π80.0 Hz=1507Ω
Q: Please answer parts A and B. The pair at the bottom of the page that is circled. Use all data given ...
A: Given values, d2=300 m t3=170 s
Q: Please answer both parts of the question using the data given.
A: (a) The shaded area under the curve is the area of a rectangle ∫h0hfFdy=LH∆U=hf-h0mg∆U=mg∆h
Q: This problem deals with the splitting of rotational energy levels of diatomic molecules. If one atom...
A: Given: Explain that the fractional change ∆ffin the observed frequency of a photon emitted in a tran...
Q: Please answer parts A and B. Please show all work and circle your answer! Thank you in advanced!
A: A→ = 2 i^ - 3 j^ = 2, -3 B→ = -4 i^ + 5 j^ = -4, 5
Q: How does the habitable zone differ for a star hotter than the sun?
A: The habitable zone of a star is the range of distance from a star where water can remain in its liqu...
Q: Your 1000-m-long starship has warning lights at each end that, to you, flash simultaneously every mi...
A: Given: The length is 1000-m-long starship and moving directly away from the planet Zerkon at 0.70c.
Q: The cross section for neutrons of energy 10 eV being captured by silver (p = 10.5 g/cm3) is 17 barns...
A: Given: The energy of the neutrons E = 10 eV. The density of silver ρ = 10.5 g/cm3. The cross sectio...
Q: (a) Electromagnetic Filed Tensor FHrin array form is E-/c E,/c_E/c -Ez/c -Ey/c -B. В, B. —Е,/с — В, ...
A: We know, B→=∇→×A→E→=-∇→ϕ-1c∂A→∂t The vector potential A→ in four vector form is: Aμ=VcAxAyAz
Q: Which part of the water cycle would be most noticeable on a summer day in an area under a low pressu...
A: In summer when the weather is warm , it causes more evaporation and due to low pressure clouds begin...
Q: An object 0.600 cm tall is placed 16.5 cm to the left of the vertex of a concave spherical mirror ha...
A: Given: The height of the object is ho=0.600 cm. The distance of object from mirror is u=16.5 cm. Th...
Q: A speedboat is cruising at a speed of 12.0 m/s in still water when it shuts off its engines and coas...
A: (a) From the given expression v=vie-ct-ct=lnvvic=-1tlnvvic=-121.0 sln5.00 m/s12.0 m/s=4.17×10-2 /s
Q: What are the the main objectives and purposes of e/m electron experiment?
A: The main objectives and purposes of e/m electron experiment are explained as below,
Q: One hazard of space travel is the debris left by previous missions. There are several thousand objec...
A: The initial speed of chip of paint is zero. the magnitude of force is, F=mv-ut
Q: Two pucks A and B, moving on a frictionless air table, have respective initial velocities v, and vp....
A: Given: Mass of Puck A is mA and mass of puck B is mB mA=2mB Initial velocity of puck A is v1A Initia...
Q: 2. A box with sides of length 2 m slides along a smooth horizontal floor at speed 4 m/s and strikes ...
A: We can use conservation of energy : As the particle move then the kinetic energy it gain = 1/2 m v2 ...
Q: 15. Two boxes are placed on a horizontal frictionless surface, as shown above. Box A has a mass of 1...
A:
Q: Can you think of a way you can make yourself older than those born on your same birthday?
A: Given: Need to imagine and explain about can make our self older than those born on our same birthd...
Q: A 50-kg uniform plank rests on rough supports at The coefficient of friction A and B as shown in Fig...
A:
Q: Two blocks each of mass m are fastened to the top of an elevator as in the figure below. The elevato...
A: Free body diagram
Q: Hooke's Law says that the force exerted by the spring in a spring scale varies directly with the dis...
A:
Q: (b) From what height (in m) would the sphere have to be dropped to reach this speed if it fell with...
A: Without air resistance, the object falls with a constant acceleration equal to the acceleration due ...
Q: Vensim Modeling: Build a VenSim model for Newton’s Law of Cooling, which says that the change in tem...
A: From Newton's law of cooling dTdt=-kT-Tr∫T0TtdTT-Tr=∫0t-kdtlnT-TrT0Tt=-ktlnTt-TrT0-Tr=-ktt=-1klnTt-T...
Q: A tennis player hits a ball 2.0 mm above the ground. The ball leaves his racquet with a speed of 25....
A: Solution: Given Values, Speed or initial velocity (u)=25 m/sAngle (θ)=4.70Horizontal Distance (d...
Q: Starting at t = 0 a net external force in the +x-direction is applied to an object that has mass 2.0...
A: The straight-line equation of Force v/s time with slope 3.00 N/s graph is given as, but the force i...
1. Compute the decrease in the blood pressure of the blood flowing through an Artery, the radius of which is constricted by a factor of 3. Assume that the average flow velocity in the unconstricted region is 50cm/sec.
Trending now
This is a popular solution!
Step by step
Solved in 2 steps with 1 images
