Should a centerline end at the boundary of an object? a) Yes b) No

Question

Question

Answer 1

Answer #1

L center tine Center line should not end at the Boundary of an object. Center lines should extend a short distance beyond the object.

So that correct answer is NO.

Answer 2

Similar Homework Help Questions

(a) Can the kinetic energy of an object be negative? If no, explain, if yes, give...

(a) Can the kinetic energy of an object be negative? If no, explain, if yes, give an example. (b) Can the potential energy of an object be negative? If no, explain, if yes, give an example.
Can an electrically charged object produce an electric force on a neutral object? Yes, if charge...

Can an electrically charged object produce an electric force on a neutral object? Yes, if charge distribution in the neutral object is not uniform. This occurs often and naturally produces an attraction Yes, if charge distribution in the neutral object is not uniform. This occurs often and naturally produces a repulsion. No, never. Coulomb's Law clearly says the force must be zero. Yes, but only if the neutral object is moving.
Can you use Archimedes' principle to find the density of an object that floats? a. Yes,...

Can you use Archimedes' principle to find the density of an object that floats? a. Yes, attach a weight to the object and find the difference in buoyant forces. b. No, the object must be able to sink. c. Yes, a floating object will still displace fluid equivalent to the buoyant force.

26. Can an object be moving at a constant speed, but still have acceleration? A. Yes,...

26. Can an object be moving at a constant speed, but still have acceleration? A. Yes, because the object is gaining speed at a constant rate. B. Yes, because the object is changing direction. C. No, if it's moving at a constant speed it is not accelerating. D. No, because the object will eventually slow down. 27.In the quantum theory of hydrogen, as an electron drops to lower EPE orbit, it emits a photon with missing energy equal to A....
One end of a cord is fixed and a small 0.550-kg object is attached to the...

One end of a cord is fixed and a small 0.550-kg object is attached to the other end, where it swings in a section of a vertical circle of radius 1.00 m, as shown in the figure below. When θ = 30.0°, the speed of the object is 6.50 m/s. One end of a cord is fixed and a small 0.550-kg object is attached to the other end, where it swings in a section of a vertical circle of radius...
For an object in equilibrium, answer and explain each of the following in 1-2 sentences. Yes...

For an object in equilibrium, answer and explain each of the following in 1-2 sentences. Yes or no answers without explanation, will receive no credit. Can the object have a constant position? Can the object have a constant velocity? Does the object have a constant acceleration? Can the object have a changing position as a function of time? Can the object have a changing velocity as a function of time?

You are hired to design the front end of an imaging system for studying the boundary...

You are hired to design the front end of an imaging system for studying the boundary shapes of cells, bacteria, viruses, and protein. The front end consists, in this case, of the llumination source(s) and corresponding imaging camera(s) The diameters of circles required to enclose individual specimens in each of these categories are 50, 1, 0.1, and 0.01 μm, respectively. (a) Can you solve the imaging aspects of this problem with a single sensor and camera? If your answer is...
2. The end area at station 36+00 is 305 ft2. Notes giving distance from centerline and cut ordinates for station 36+60...

2. The end area at station 36+00 is 305 ft2. Notes giving distance from centerline and cut ordinates for station 36+60 are C48/1 7.2, C 5.9, and C 68/20.2. Base width is 20-ft. Draw the cross-sections and compute Ve.
5) The following about turbulent flow in a pipe is true, EXCEPT a) The pipe cross-sectional...

5) The following about turbulent flow in a pipe is true, EXCEPT a) The pipe cross-sectional average velocity is half of the centerline velocity (i.e. V = 0.5V.) b) The flow Reynolds number is beyond 4100 c) The flow consists of a viscous sublayer, a buffle layer (viscous and turbulent effect both important) and a fully turbulent region up to pipe centerline d) Reynolds-averaged (time mean) velocity is used to describe flow velocity 6) The boundary layer (BL) theory does...

5. An object of mass m is placed on the end of a vertically oriented spring...

5. An object of mass m is placed on the end of a vertically oriented spring with spring constant k and then the spring (with the object) is compressed a distance of x. The object is released and reaches a height h, above the point from where it was released. How much should the spring be compressed in order for the object to go three times as high (i.e., 3h.)? а. Зхо b. xo 9хо С. d. e. 27хо