Chemistry, asked by arsh122100, 10 months ago

what is vant Hoff factor? and how it is find​

Answers

Answered by aakusi
2

Answer:

Van 't hoff factor is a ratio between the actual concentration of particles produced when the substance is dissolved and the concentration of a substance as calculating from it mass . For most non electrolytes dissolved in water , the van 't hoff factor is essentially 1.

Mark me as brainliest please please

Answered by Anonymous
3

Explanation:

Van 't hoff factor is a

ratio between the actual concentration of particles

produced when the substance

is dissolved and the

concentration of a substance

as calculating from it mass . For most non electrolytes dissolved in water , the van 't hoff factor i essentially 1.

</p><p></p><p>&lt;svg class= "heart" viewBox= "-2 -2 98.6 90.81"&gt;</p><p></p><p>  &lt;title&gt;Corazon&lt;/title&gt;</p><p>  </p><p>  &lt;text x=8 y=22 dx= "0 0 0 0 0 0 0"  dy= "2 -8 -2  -1 1 2 4 "style= "font: bold .7em arial; fill: red;"&gt; don't copy'</p><p>   &lt;tspan x=60 y=22 style= "font: bold .7em arial; fill: blue;"&gt;silentkiller&lt;/tspan&gt;</p><p>   &lt;tspan x= 10 dy= 15 style= "font: bold .6em arial; fill: navy;"&gt; &lt;/tspan&gt;</p><p>   &lt;tspan x= 25 dy= 10 style= "font: bold .6em arial; fill: navy;"&gt;followme&lt;/tspan&gt;</p><p>   &lt;tspan x= 35 dy= 10 style= "font: bold .6em arial; fill: navy;"&gt;&lt;/tspan&gt;</p><p>   &lt;tspan x= 37 dy= 10 style= "font: bold .5em arial; fill: red;"&gt;...&lt;/tspan&gt;</p><p>   </p><p>   &lt;animate attributeType="XML" attributeName="visibility" from="visible" to="hidden" dur="9.2s" begin="0s" /&gt;</p><p>   </p><p>  &lt;/text&gt;</p><p>  </p><p>  &lt;path stroke= "firebrick" stroke-width= "3" d= "M86.81,8.15a27.79,27.79,0,0,1,0,39.33L47.48,86.81,8.15,47.48A27.81,27.81,0,0,1,47.48,8.15,27.79,27.79,0,0,1,86.81,8.15Z"/&gt;</p><p>  </p><p>&lt;/svg&gt;</p><p>&lt;style&gt;</p><p>body {</p><p>display: grid;</p><p>min-height: 100vh;</p><p>justify-content: center;</p><p>align-content: center;</p><p>background: repeating-linear-gradient(circle, white, yellow, red); </p><p>background: repeating-radial-gradient(circle, white, yellow, red);</p><p>}</p><p></p><p>.heart {</p><p>width: 250px;</p><p>animation: heart-beat .5s 4.85s infinite ease-in-out alternate;</p><p>}</p><p></p><p>@keyframes heart-beat {</p><p>  to{</p><p>   transform: scale(1.05);</p><p>  }</p><p>}</p><p></p><p>path {</p><p>fill: none;</p><p>stroke-dasharray: 286;</p><p>stroke-dashoffset: 286;</p><p>animation: heart-path 5s forwards;</p><p>.ocultarText: color:transparent ;</p><p>}</p><p></p><p>@keyframes heart-path {</p><p>99% {</p><p>   stroke-dashoffset: 0;</p><p>   fill: none;</p><p>}</p><p>100% {</p><p>   fill: firebrick;</p><p>}</p><p>}</p><p></p><p>&lt;/style&gt;</p><p></p><p>

Similar questions