Hi, your help is appreciated! You are using a syringe to inject a jelly filling into a donut at room temperature. Thepressure inside the donut is 700 Pa above atmospheric pressure (assume that thisdoes not change as you fill). The viscosity of jelly at room temperature is 35.0 Pa·sand the density is 1350 kg/m3. The syringe has a needle that is 3.50×10-2 m long andhas a radius of 1.40×10-3 m. The reservoir of the syringe has a substantially largerradius than the needle, and the gauge pressure at the entrance to the needle in thesyringe is 15,200 Pa as you fill. What is the flow rate of jelly into the donut?

Jelly needs to be pushed through the needle. Length of Needle, L = 0.035 m Radius of needle, R =…

You are using a syringe to inject a jelly filling into a donut at room temperature. The pressure inside the donut is 700 Pa above atmospheric pressure (assume that this does not change as you fill). The viscosity of jelly at room temperature is 35.0 Pa•s and the density is 1350 kg/m³. The syringe has a needle that is 3.50×10-2 m long and has a radius of 1.40×10-3 m. The reservoir of the syringe has a substantially larger radius than the needle, and the gauge pressure at the entrance to the needle in the syringe is 15,200 Pa as you fill. What is the flow rate of jelly into the donut?

You are using a syringe to inject a jelly filling into a donut at room temperature. The pressure inside the donut is 700 Pa above atmospheric pressure (assume that this does not change as you fill). The viscosity of jelly at room temperature is 35.0 Pa•s and the density is 1350 kg/m³. The syringe has a needle that is 3.50×10-2 m long and has a radius of 1.40×10-3 m. The reservoir of the syringe has a substantially larger radius than the needle, and the gauge pressure at the entrance to the needle in the syringe is 15,200 Pa as you fill. What is the flow rate of jelly into the donut?

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

See similar textbooks

Similar questions

A piston with a diameter of 6 cm and a length of L = 13 cm rotates at n = 105 rpm in a cylinder of 6.04 cm in diameter as shown in the figure. Since the dynamic viscosity of the oil between the piston and the cylinder is 1.075 kg · sec · m-2, calculate the moment value that should be applied to the piston rod. M=?
plz help me with this one , i would appreciate it if you can help me now. A piston with a diameter of 0.8 m and width of L=0.6 m rotates with 6 rad/s inside a cylinder that has a diameter of 1 m that filled with oil that has a viscosity of 8x10-3 N.s/m2 What is the shear force that acts on the circumference of the piston (N)? Assume the variation in velocity of the oil is linear.
Two concentric cylinders are rotating in opposite directions but the same speed, 25 revolutions per minute. The outer cylinder, 11cm in diameter, is turning counterclockwise and the inner cylinder, 10 cm in diameter, is turning clockwise. The gap between the cylinders is filled with a liquid. The liquid is a Newtonian fluid with a viscosity of 0.1 kg/m.s. Both cylinders are 50 cm long. Assuming linear distribution of velocity in the gap, Sketch the velocity profile inside the liquid in the gap At what radial distance from the center of the cylinders the liquid velocity becomes zero? Find the shear rate Find force acting on each cylinder
An oil film of thickness 1.5 mm is used for lubrication between asquare plate of size 0.9 m × 0.9 m and an inclined plane having anangle of inclination 200. The weight of the square plate is 392.4 N andit slides down the plane with a uniform velocity of 0.2 m/s. Find thedynamic viscosity of the oil
the space between two square flat parallel plates is filled with oil .Each side of the plate is 50 cm .The thickness of oil film is 10 mm .The upper plate, which moves at 2 m/s requires a force of 95 N to maintain this speed. Determine: a- the dynamic viscosity of oil in poise. b-the kinematic viscosity of the oil, if the specific gravity of oil is 0.9
steel tape 0.5 mm thick and 20 mm wide is pulled by a force F through a slit opening 1.5 mm and length 15 mm. Considering that the tape is centered on the slit, that lubricating oil of viscosity µ = 0.4 Nm-2s? fills the gap spaces not occupied by the tape and that the maximum tape speed is 10 m/s, calculate the maximum force F. Expected Answer: Maximum Force = 4.8N
The surface tension of water in air is approximately 0.0072lbf/ft. If the atmospheric pressure is 14.7 psia, what is the pressure inside a droplet 0.5 mm in diameter?
A space 22 mm wide between two large plane surfaces is filled with honey with absolute viscosity 0.16 N.s/m2 . What force is required to drag a very thin plate of 0.6 m2 area between the surfaces at a speed, v = 0.22 m/s(i) if this plate, t is equally spaced between the two surfaces? (ii) if t = 3 mm?
A plate moving 10 cm/s to the right is 0.5 cm above a stagnant wall. The fluid between the plate and the wall has a viscosity of 1.8 cp. Determine the shear stress in the fluid.
A shaft 70-mm in diameter is being pushed at a speed of 400mm/s through a bearing sleeve 70.2-mm in diameter and 250mm long. The clearance is filled with oil with a kinematic viscosity of v = 0.005 ?2/? and SG=0.9. Find the frictional resistance exerted by the oil on the shaft in Newtons (N).
Two plates are placed at a distance of 15 mm apart. The lower plate is fixed while the upper plate having surface area of 1.0 m^2 is pulled at 0.30 m/s. Whar is the force in Newton required to the speed if the fluid separating them is having viscosity of 1.5 poise?
To determine the shear stress of oil, two horizontal plates are placed 15 cm apart, the space between them is filled with the oil of viscosity 15 poise. If the upper plate is moving with velocity 2,000 mm/s, find the shear stress (τ).