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Global form fields

The <a href="http://c.gs/">C.GS</a>. unit of coefficient of viscosity is poise and the SI unit is Pa-S. What is the relation between the two?

Solution for the question - the c.gs. unit of coefficient of viscosity is poise and the si unit ispa-s. what is the relation between the two? 1 pa-s=100 poise

The c.gs. unit of coefficient of viscosity is poise and the si -Turito

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" alt="" width="274" height="183" />

Solution for the question - the following graph illustrates gay lussacs lawboyles lawcharless law

The following graph illustrates-Turito

64 equal drops of water are falling through air with a steady velocity <img src="data:image/png;base64,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" class="Wirisformula" alt="V subscript 0" width="19" height="17" style="vertical-align:-5px" role="math" data-mathml='«math xmlns=¨http://www.w3.org/1998/Math/MathML¨»«msub»«mi»V«/mi»«mn»0«/mn»«/msub»«/math»'/> , if the drops coalesce, what is their new velocity?

Solution for the question - 64 equal drops of water are falling through air with a steady velocityv_(0) , if the drops coalesce, what is their new velocity? 2^((1)/(3)) v_(0)

64 equal drops of water are falling through air with a steady v-Turito

A steel ball of diameter 3.2 mm falls under gravity through an oil of density 920kg<img src="data:image/png;base64,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" class="Wirisformula" alt="straight m to the power of negative 3 end exponent" width="34" height="17" style="vertical-align:-1px" role="math" data-mathml='«math xmlns=¨http://www.w3.org/1998/Math/MathML¨»«msup»«mi mathvariant=¨normal¨»m«/mi»«mrow»«mo»§#8722;«/mo»«mn»3«/mn»«/mrow»«/msup»«/math»'/> and viscosity  1.64Ns<img src="data:image/png;base64,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" class="Wirisformula" alt="straight m to the power of negative 2 end exponent" width="34" height="17" style="vertical-align:-1px" role="math" data-mathml='«math xmlns=¨http://www.w3.org/1998/Math/MathML¨»«msup»«mi mathvariant=¨normal¨»m«/mi»«mrow»«mo»§#8722;«/mo»«mn»2«/mn»«/mrow»«/msup»«/math»'/>. The density of steel may be taken as7820kg<img src="data:image/png;base64,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" class="Wirisformula" alt="m to the power of negative 3 end exponent" width="35" height="17" style="vertical-align:-1px" role="math" data-mathml='«math xmlns=¨http://www.w3.org/1998/Math/MathML¨»«msup»«mi»m«/mi»«mrow»«mo»§#8722;«/mo»«mn»3«/mn»«/mrow»«/msup»«/math»'/> What is the terminal velocity of the ball?

Solution for the question - a steel ball of diameter 3.2 mm falls under gravity through an oil ofdensity 920kg m^(-3) and viscosity 1.64ns m^(-2) . the density

A steel ball of diameter 3.2 mm falls under gravity through an -Turito

A steel ball of diameter 3 mm falls through glycerine and covers a distance of 25 cm in  10s. The specific gravity of steel and glycerine are 7.8 and  1.26 respectively. The viscosity of glycerine is about......... pa"

Solution for the question - a steel ball of diameter 3 mm falls through glycerine and covers a distanceof 25 cm in 10s. the specific gravity of steel and glycer

A steel ball of diameter 3 mm falls through glycerine and cover-Turito

A boat of area  floating on the surface of a river is made to move horizontaly with a speed of  by applying a tangential force. If the river is  deep and the water in contact with the bed is stationary, what is the tangential force needed to keep the boat moving ? (viscosity of water 0.01 poise)

Solution for the question - a boat of area floating on the surface of a river is made to movehorizontaly with a speed of by applying a tangential force. if the

A boat of area floating on the surface of a river is made t-Turito

The given curve is y = 6 + x + x2. We have to find the slope tangent at point (2,4) To find the slope we differentiate the curve w.r.t x. <img src="data:image/png;base64,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" class="Wirisformula" alt="table attributes columnalign left end attributes row cell y equals 6 plus x minus x squared end cell row cell fraction numerator d y over denominator d x end fraction equals 0 plus 1 minus 2 x end cell end table
" width="129" height="63" style="vertical-align:-20px" role="math" data-mathml='«math xmlns=¨http://www.w3.org/1998/Math/MathML¨»«mtable columnalign=¨left¨»«mtr»«mtd»«mi»y«/mi»«mo»=«/mo»«mn»6«/mn»«mo»+«/mo»«mi»x«/mi»«mo»-«/mo»«msup»«mi»x«/mi»«mn»2«/mn»«/msup»«/mtd»«/mtr»«mtr»«mtd»«mfrac»«mrow»«mi»d«/mi»«mi»y«/mi»«/mrow»«mrow»«mi»d«/mi»«mi»x«/mi»«/mrow»«/mfrac»«mo»=«/mo»«mn»0«/mn»«mo»+«/mo»«mn»1«/mn»«mo»-«/mo»«mn»2«/mn»«mi»x«/mi»«/mtd»«/mtr»«/mtable»«mspace linebreak=¨newline¨/»«/math»'/> Slope m = <img src="data:image/png;base64,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" class="Wirisformula" alt="open parentheses fraction numerator d y over denominator d x end fraction close parentheses subscript left parenthesis 2 comma 4 right parenthesis end subscript" width="71" height="42" style="vertical-align:-18px" role="math" data-mathml='«math xmlns=¨http://www.w3.org/1998/Math/MathML¨»«msub»«mfenced»«mfrac»«mrow»«mi»d«/mi»«mi»y«/mi»«/mrow»«mrow»«mi»d«/mi»«mi»x«/mi»«/mrow»«/mfrac»«/mfenced»«mrow»«mo»(«/mo»«mn»2«/mn»«mo»,«/mo»«mn»4«/mn»«mo»)«/mo»«/mrow»«/msub»«/math»'/> m = (1 - 2 × 2) = 1 - 4 = -3 The slope of the tangent at given point is -3.

The slope of the tangent to the curve <img src="data:image/png;base64,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" class="Wirisformula" alt="y equals 6 plus x minus x to the power of 2 end exponent" width="100" height="19" style="vertical-align:-3px" role="math" data-mathml='«math xmlns=¨http://www.w3.org/1998/Math/MathML¨ »«mi»y«/mi»«mo»=«/mo»«mn»6«/mn»«mo»+«/mo»«mi»x«/mi»«mo»-«/mo»«msup»«mrow»«mi»x«/mi»«/mrow»«mrow»«mn»2«/mn»«/mrow»«/msup»«/math»'/> at <img src="data:image/png;base64,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" class="Wirisformula" alt="left parenthesis 24 right parenthesis" width="35" height="17" style="vertical-align:-3px" role="math" data-mathml='«math xmlns=¨http://www.w3.org/1998/Math/MathML¨ »«mo»(«/mo»«mn»2,4«/mn»«mo»)«/mo»«/math»'/> is

Solution for the question - the slope of the tangent to the curve y=6+x-x^(2) at (2,4) is -7 '/>   -3 '/>   (1)/(3) '/>  10

The slope of the tangent to the curve y=6+x-x^(2) at (2,4) is -Turito

The velocity of a small ball of mass m and density <img src="data:image/png;base64,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" class="Wirisformula" alt="d to the power of 1" width="19" height="17" style="vertical-align:-1px" role="math" data-mathml='«math xmlns=¨http://www.w3.org/1998/Math/MathML¨»«msup»«mi»d«/mi»«mn»1«/mn»«/msup»«/math»'/>when dropped in a container filled with glycerine becomes constants after sometime. What is the viscous force acting on the ball? (density of glycerin is <img src="data:image/png;base64,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" class="Wirisformula" alt="d squared" width="19" height="17" style="vertical-align:-1px" role="math" data-mathml='«math xmlns=¨http://www.w3.org/1998/Math/MathML¨»«msup»«mi»d«/mi»«mn»2«/mn»«/msup»«/math»'/>)

Solution for the question - the velocity of a small ball of mass m and density d^(1) when dropped in acontainer filled with glycerine becomes constants after so

The velocity of a small ball of mass m and density d^(1) when d-Turito

Complete the sentence If the height of a capillary is smaller than the height to which water should rise, then…..

Solution for the question - complete the sentence if the height of a capillary is smaller than theheight to which water should rise, then.. water states flowing out like a fountain.

Complete the sentence if the height of a capillary is smaller t-Turito

By how much depth will the surface of a liquid be depressed in a glass tube of radius  0.2 mm if the angle of contact of the liquid is <img src="data:image/png;base64,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" class="Wirisformula" alt="135 to the power of 0" width="38" height="17" style="vertical-align:-1px" role="math" data-mathml='«math xmlns=¨http://www.w3.org/1998/Math/MathML¨»«msup»«mn»135«/mn»«mn»0«/mn»«/msup»«/math»'/> and the surface tension is  0.547N<img src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAACMAAAARCAYAAABXaxX/AAAACXBIWXMAAA7EAAAOxAGVKw4bAAAABGJhU0UAAAAQ3ZOC+gAAALFJREFUeNpjYBgYoAbEtUB8gWEQgMVAnAbE/xkGERgZjvmPB4/skKGqY+qBuByIxYF4EhC/BOLnQOwFlRcE4j4gfgfEn4C4kpaOWQV10BkgjgRiFiCWB+L7QCwJxAeBOBwqLgvEP6AOp1b6QgG3gHgvNASQwVMgno1DXJIWcccExN+AmItEcZoAcyDeTwVxqgBQGplPBXGqgEnQuoJScaqAdUhZmBJxqgBQ2cFBBfHhAwAnTDd7yjJrHgAAAHd0RVh0TWF0aE1MADxtYXRoIHhtbG5zPSJodHRwOi8vd3d3LnczLm9yZy8xOTk4L01hdGgvTWF0aE1MIj48bXN1cD48bWk+bTwvbWk+PG1yb3c+PG1vPi08L21vPjxtbj4xPC9tbj48L21yb3c+PC9tc3VwPjwvbWF0aD7U5S4qAAAAAElFTkSuQmCC" class="Wirisformula" alt="m to the power of negative 1 end exponent" width="35" height="17" style="vertical-align:-1px" role="math" data-mathml='«math xmlns=¨http://www.w3.org/1998/Math/MathML¨»«msup»«mi»m«/mi»«mrow»«mo»-«/mo»«mn»1«/mn»«/mrow»«/msup»«/math»'/>? (Density of the liquid is<img src="data:image/png;base64,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" class="Wirisformula" alt="k g m to the power of negative 3 end exponent" width="54" height="19" style="vertical-align:-3px" role="math" data-mathml='«math xmlns=¨http://www.w3.org/1998/Math/MathML¨»«mi»k«/mi»«mi»g«/mi»«msup»«mi»m«/mi»«mrow»«mo»-«/mo»«mn»3«/mn»«/mrow»«/msup»«/math»'/>)

Solution for the question - by how much depth will the surface of a liquid be depressed in a glass tubeof radius 0.2 mm if the angle of contact of the liquid is

By how much depth will the surface of a liquid be depressed in -Turito

A spherical soap bubble of radius 2 cm attached to the outside of a spherical bubble of radius 4 cm . Then what is the radius of the common surface?

Solution for the question - a spherical soap bubble of radius 2 cm attached to the outside of aspherical bubble of radius 4 cm . then what is the radius of the

A spherical soap bubble of radius 2 cm attached to the outside -Turito

To w hat height can mercury be filled in a resell without any leakage if there is a pin hole of diameter 0.1 mm at the bottom of the vessel. (Density of mercury <img src="data:image/png;base64,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" class="Wirisformula" alt="equals 13.6 cross times 10 to the power of 5 space end exponent" width="100" height="17" style="vertical-align:-1px" role="math" data-mathml='«math xmlns=¨http://www.w3.org/1998/Math/MathML¨»«mo»=«/mo»«mn»13«/mn»«mo».«/mo»«mn»6«/mn»«mo»§#215;«/mo»«msup»«mn»10«/mn»«mrow»«mn»5«/mn»«mo»§#160;«/mo»«/mrow»«/msup»«/math»'/>kgm-3, surface tension of mercury  -<img src="data:image/png;base64,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" class="Wirisformula" alt="550 cross times 10 h to the power of negative 3 end exponent p N m to the power of negative 1 end exponent" width="154" height="19" style="vertical-align:-3px" role="math" data-mathml='«math xmlns=¨http://www.w3.org/1998/Math/MathML¨»«mn»550«/mn»«mo»§#215;«/mo»«mn»10«/mn»«msup»«mi»h«/mi»«mrow»«mo»-«/mo»«mn»3«/mn»«/mrow»«/msup»«mi»p«/mi»«mi»N«/mi»«msup»«mi»m«/mi»«mrow»«mo»-«/mo»«mn»1«/mn»«/mrow»«/msup»«/math»'/> Angle of contact with the vessel for mercury=<img src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAABIAAAARCAYAAADQWvz5AAAACXBIWXMAAA7EAAAOxAGVKw4bAAAABGJhU0UAAAAQ3ZOC+gAAANhJREFUeNpjYCAd+ADxDSj2YSATWALxQSAWhuL9UDGSwQYgtkfi2wLxJnIM+gTETEh8JqgYCuAD4mlAfBKKZ0LFkMF/LIb/QhfYC8R+aIG6l4CLWNBdFArEk7DYNgGII/GEEYi9BVnDGiB2w2KQI1QOOdZAMSUIxKLQGPRC1vAOiNmwGAQSe4klHd2C6slD1/AHT0z9IiVa8Rn0gxSDXuLwGgcWr+EFoAD1wCLuhhbYBEEQEM/GIj4fLfqJAqBoLYAmMpA3q6HRSzIApY250MD9Bs0iPAz0BgAtMyxlvZLysgAAAGB0RVh0TWF0aE1MADxtYXRoIHhtbG5zPSJodHRwOi8vd3d3LnczLm9yZy8xOTk4L01hdGgvTWF0aE1MIj48bXN1cD48bW4+MDwvbW4+PG1uPjA8L21uPjwvbXN1cD48L21hdGg+KrIuPAAAAABJRU5ErkJggg==" class="Wirisformula" alt="0 to the power of 0" width="18" height="17" style="vertical-align:-1px" role="math" data-mathml='«math xmlns=¨http://www.w3.org/1998/Math/MathML¨»«msup»«mn»0«/mn»«mn»0«/mn»«/msup»«/math»'/>)

Solution for the question - to w hat height can mercury be filled in a resell without any leakage ifthere is a pin hole of diameter 0.1 mm at the bottom of the

To w hat height can mercury be filled in a resell without any l-Turito

amount of energy evolved when eight droplets of mercury ( surface tension 0.55N<img src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAABgAAAARCAYAAADHeGwwAAAACXBIWXMAAA7EAAAOxAGVKw4bAAAABGJhU0UAAAAQ3ZOC+gAAAKlJREFUeNpjYKAeUAPiWiC+wEAjsBiI04D4PwONwagFg9iCeiAuB2JxIJ4ExC+B+DkQe0HlBYG4D4jfAfEnIK4k1YJVUEvOAHEkELMAsTwQ3wdiSSA+CMThUHFZIP4BdQyywegYBdwC4r1QlyKDp0A8G4e4JLHhxgTE34CYi0RxooE5EO+ngjhOAArz+VQQxwkmQcsRSsVxgnVIyZEScZwAlLY5qCBOfwAADiIwggaWe3IAAABgdEVYdE1hdGhNTAA8bWF0aCB4bWxucz0iaHR0cDovL3d3dy53My5vcmcvMTk5OC9NYXRoL01hdGhNTCI+PG1zdXA+PG1pPm08L21pPjxtbj4xPC9tbj48L21zdXA+PC9tYXRoPrI7x6sAAAAASUVORK5CYII=" class="Wirisformula" alt="m to the power of 1" width="24" height="17" style="vertical-align:-1px" role="math" data-mathml='«math xmlns=¨http://www.w3.org/1998/Math/MathML¨»«msup»«mi»m«/mi»«mn»1«/mn»«/msup»«/math»'/>  ) of radius  each combine into one drop is .......

Solution for the question - amount of energy evolved when eight droplets of mercury ( surface tension0.55n m^(1)  ) of radius each combine into one drop is ....

Amount of energy evolved when eight droplets of mercury ( surfa-Turito

In a Searle's experiment, the diameter of the wire as measured by a screw gauge of least count 0.1.m, is 110.0 cm, When a weight of 50 N is suspended from the wire, the extension is measured to 0.125 cm by a micrometer of least count 0.001 cmthe maximum error in the measurement of Young's modulus of the material of the wire is....N/m2?

Solution for the question - in a searle's experiment, the diameter of the wire as measured by a screwgauge of least count 0.1.m, is 110.0 cm, when a weight of 5

In a searle's experiment, the diameter of the wire as measured -Turito

The compound <img src="https://mycourses.turito.com/tokenpluginfile.php/c161933dbfaab094c54655ab71e9b8f0/1/question/questiontext/484832/1/884166/Picture36.png" alt="" width="65" height="73" /> is known by which of the following name ?

Solution for the question - the compound is known by which of the following name ? bicyclo [1, 1, 1] octanebicyclo [1, 2, 1] octane

The compound is known by which of the following name ?-Turito

The IUPAC name of the compound &lt;img<img src="https://mycourses.turito.com/pluginfile.php/1/question/questiontext/402394/1/884165/Picture35.png" alt="" width="83" height="125" />

Solution for the question - the iupac name of the compound 1, 2 methyl cyclobutanecyclopentane (4, 3 annulene)