Consider the following statement: The magnitude of the buoyant force is less tha
ID: 1725754 • Letter: C
Question
Consider the following statement:The magnitude of the buoyant force is less than theweight of the object.Under what circumstances is this statement true? for every object submerged partially orcompletely in a fluid
for an object that floats
for an object that sinks
for no object submerged in a fluid for every object submerged partially orcompletely in a fluid
for an object that floats
for an object that sinks
for no object submerged in a fluid for every object submerged partially orcompletely in a fluid
for an object that floats
for an object that sinks
for no object submerged in a fluid for every object submerged partially orcompletely in a fluid
for an object that floats
for an object that sinks
for no object submerged in a fluid for every object submerged partially orcompletely in a fluid
for an object that floats
for an object that sinks
for no object submerged in a fluid for every object submerged partially orcompletely in a fluid
for an object that floats
for an object that sinks
for no object submerged in a fluid for every object submerged partially orcompletely in a fluid
for an object that floats
for an object that sinks
for no object submerged in a fluid for every object submerged partially orcompletely in a fluid
for an object that floats
for an object that sinks
for no object submerged in a fluid for every object submerged partially orcompletely in a fluid
for an object that floats
for an object that sinks
for no object submerged in a fluid for every object submerged partially orcompletely in a fluid
for an object that floats
for an object that sinks
for no object submerged in a fluid Now apply what you know to some morecomplicated situations. Part E An object is floating in equilibrium on thesurface of a liquid. The object is then removed and placed inanother container, filled with a denser liquid. What would youobserve? The object would sink all the way to thebottom.
The object would float submerged more deeplythan in the first container.
The object would float submerged less deeplythan in the first container.
More than one of these outcomes ispossible. The object would sink all the way to thebottom.
The object would float submerged more deeplythan in the first container.
The object would float submerged less deeplythan in the first container.
More than one of these outcomes ispossible. The object would sink all the way to thebottom.
The object would float submerged more deeplythan in the first container.
The object would float submerged less deeplythan in the first container.
More than one of these outcomes ispossible. The object would sink all the way to thebottom.
The object would float submerged more deeplythan in the first container.
The object would float submerged less deeplythan in the first container.
More than one of these outcomes ispossible. The object would sink all the way to thebottom.
The object would float submerged more deeplythan in the first container.
The object would float submerged less deeplythan in the first container.
More than one of these outcomes ispossible. The object would sink all the way to thebottom.
The object would float submerged more deeplythan in the first container.
The object would float submerged less deeplythan in the first container.
More than one of these outcomes ispossible. The object would sink all the way to thebottom.
The object would float submerged more deeplythan in the first container.
The object would float submerged less deeplythan in the first container.
More than one of these outcomes ispossible. The object would sink all the way to thebottom.
The object would float submerged more deeplythan in the first container.
The object would float submerged less deeplythan in the first container.
More than one of these outcomes ispossible. The object would sink all the way to thebottom.
The object would float submerged more deeplythan in the first container.
The object would float submerged less deeplythan in the first container.
More than one of these outcomes ispossible. The object would sink all the way to thebottom.
The object would float submerged more deeplythan in the first container.
The object would float submerged less deeplythan in the first container.
More than one of these outcomes ispossible. Part F An object is floating in equilibrium on thesurface of a liquid. The object is then removed and placed inanother container, filled with a less dense liquid. What would youobserve? The object would sink all the way to thebottom.
The object would float submerged more deeplythan in the first container.
The object would float submerged less deeplythan in the first container.
More than one of these outcomes ispossible. The object would sink all the way to thebottom.
The object would float submerged more deeplythan in the first container.
The object would float submerged less deeplythan in the first container.
More than one of these outcomes ispossible. The object would sink all the way to thebottom.
The object would float submerged more deeplythan in the first container.
The object would float submerged less deeplythan in the first container.
More than one of these outcomes ispossible. The object would sink all the way to thebottom.
The object would float submerged more deeplythan in the first container.
The object would float submerged less deeplythan in the first container.
More than one of these outcomes ispossible. The object would sink all the way to thebottom.
The object would float submerged more deeplythan in the first container.
The object would float submerged less deeplythan in the first container.
More than one of these outcomes ispossible. The object would sink all the way to thebottom.
The object would float submerged more deeplythan in the first container.
The object would float submerged less deeplythan in the first container.
More than one of these outcomes ispossible. The object would sink all the way to thebottom.
The object would float submerged more deeplythan in the first container.
The object would float submerged less deeplythan in the first container.
More than one of these outcomes ispossible. The object would sink all the way to thebottom.
The object would float submerged more deeplythan in the first container.
The object would float submerged less deeplythan in the first container.
More than one of these outcomes ispossible. The object would sink all the way to thebottom.
The object would float submerged more deeplythan in the first container.
The object would float submerged less deeplythan in the first container.
More than one of these outcomes ispossible. The object would sink all the way to thebottom.
The object would float submerged more deeplythan in the first container.
The object would float submerged less deeplythan in the first container.
More than one of these outcomes ispossible. Part G Two objects, T and B, have identical size andshape and have uniform density. They are carefully placed in acontainer filled with a liquid. Both objects float in equilibrium.Less of object T is submerged than of object B, which floats, fullysubmerged, closer to the bottom of the container. Which of thefollowing statements is true? Object T has a greater density than objectB.
Object B has a greater density than objectT.
Both objects have the same density. Object T has a greater density than objectB.
Object B has a greater density than objectT.
Both objects have the same density. Object T has a greater density than objectB.
Object B has a greater density than objectT.
Both objects have the same density. Object T has a greater density than objectB.
Object B has a greater density than objectT.
Both objects have the same density. Object T has a greater density than objectB.
Object B has a greater density than objectT.
Both objects have the same density. Object T has a greater density than objectB.
Object B has a greater density than objectT.
Both objects have the same density. Object T has a greater density than objectB.
Object B has a greater density than objectT.
Both objects have the same density. Object T has a greater density than objectB.
Object B has a greater density than objectT.
Both objects have the same density. Object T has a greater density than objectB.
Object B has a greater density than objectT.
Both objects have the same density. Object T has a greater density than objectB.
Object B has a greater density than objectT.
Both objects have the same density. Object T has a greater density than objectB.
Object B has a greater density than objectT.
Both objects have the same density. for every object submerged partially orcompletely in a fluid
for an object that floats
for an object that sinks
for no object submerged in a fluid Consider the following statement: The magnitude of the buoyant force is less than theweight of the object. Under what circumstances is this statement true? for every object submerged partially orcompletely in a fluid for an object that floats for an object that sinks for no object submerged in a fluid Now apply what you know to some morecomplicated situations. Part E An object is floating in equilibrium on thesurface of a liquid. The object is then removed and placed inanother container, filled with a denser liquid. What would youobserve? The object would sink all the way to thebottom. The object would float submerged more deeplythan in the first container. The object would float submerged less deeplythan in the first container. More than one of these outcomes ispossible. submit Part F An object is floating in equilibrium on thesurface of a liquid. The object is then removed and placed inanother container, filled with a less dense liquid. What would youobserve? The object would sink all the way to thebottom. The object would float submerged more deeplythan in the first container. The object would float submerged less deeplythan in the first container. More than one of these outcomes ispossible. submit Part G Two objects, T and B, have identical size andshape and have uniform density. They are carefully placed in acontainer filled with a liquid. Both objects float in equilibrium.Less of object T is submerged than of object B, which floats, fullysubmerged, closer to the bottom of the container. Which of thefollowing statements is true? Object T has a greater density than objectB. Object B has a greater density than objectT. Both objects have the same density.
Explanation / Answer
x.