Raoult's law is not applicable if the total number of particles of solute changes in the solution due to association or dissociation. Urea, glucose and sucrose are the non-electrolytes. They cannot dissociate into ions. \(NaCl\) dissociates into \(Na ^{+}\) ions and \(Cl ^{-}\) ions. Hence, option \(A\) is correct.
02. SOLUTIONS (HM)
205584
राउल्ट के नियम का पालन करने वाला एक विलयन है
1 नॉर्मल
2 मोलर
3 आदर्श
4 संतृप्त
Explanation:
A solution that obeys Raoult's law is known as ideal solution. Since Raoult's Law only works for ideal solutions. An ideal solution is defined as one which obeys Raoult's Law.
205586
एक द्रव का मिश्रण जो राउल्ट नियम से धनात्मक विचलन दर्शाता है, वह है
1 \({(C{H_3})_2}CO + {C_2}{H_5}OH\)
2 \({(C{H_3})_2}CO + CHC{l_3}\)
3 \({({C_2}{H_5})_2}O + CHC{l_3}\)
4 \({(C{H_3})_2}CO + {C_6}{H_5}N{H_2}\)
Explanation:
It’s Obvious.
02. SOLUTIONS (HM)
205587
निम्न में से किसके अलावा सभी आदर्श विलयन हैं
1 \({C_2}{H_5}Br\) और \({C_2}{H_5}I\)
2 \({C_2}{H_5}Cl\) और \({C_6}{H_5}Br\)
3 \({C_6}{H_6}\) और \({C_6}{H_5}C{H_3}\)
4 \({C_2}{H_5}I\) और \({C_2}{H_5}OH\)
Explanation:
Practically, no solution is ideal. However, when we mix chemically similar substance (e.g. homologous), we get nearby ideal solutions. Note that \(C_2H_5IC_2H_5I\) (an alkyl halide) and \(C_2H_5OHC_2H_5OH\) (an alcohols) are not homologous.
Raoult's law is not applicable if the total number of particles of solute changes in the solution due to association or dissociation. Urea, glucose and sucrose are the non-electrolytes. They cannot dissociate into ions. \(NaCl\) dissociates into \(Na ^{+}\) ions and \(Cl ^{-}\) ions. Hence, option \(A\) is correct.
02. SOLUTIONS (HM)
205584
राउल्ट के नियम का पालन करने वाला एक विलयन है
1 नॉर्मल
2 मोलर
3 आदर्श
4 संतृप्त
Explanation:
A solution that obeys Raoult's law is known as ideal solution. Since Raoult's Law only works for ideal solutions. An ideal solution is defined as one which obeys Raoult's Law.
205586
एक द्रव का मिश्रण जो राउल्ट नियम से धनात्मक विचलन दर्शाता है, वह है
1 \({(C{H_3})_2}CO + {C_2}{H_5}OH\)
2 \({(C{H_3})_2}CO + CHC{l_3}\)
3 \({({C_2}{H_5})_2}O + CHC{l_3}\)
4 \({(C{H_3})_2}CO + {C_6}{H_5}N{H_2}\)
Explanation:
It’s Obvious.
02. SOLUTIONS (HM)
205587
निम्न में से किसके अलावा सभी आदर्श विलयन हैं
1 \({C_2}{H_5}Br\) और \({C_2}{H_5}I\)
2 \({C_2}{H_5}Cl\) और \({C_6}{H_5}Br\)
3 \({C_6}{H_6}\) और \({C_6}{H_5}C{H_3}\)
4 \({C_2}{H_5}I\) और \({C_2}{H_5}OH\)
Explanation:
Practically, no solution is ideal. However, when we mix chemically similar substance (e.g. homologous), we get nearby ideal solutions. Note that \(C_2H_5IC_2H_5I\) (an alkyl halide) and \(C_2H_5OHC_2H_5OH\) (an alcohols) are not homologous.
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02. SOLUTIONS (HM)
205583
किसके लिए राउल्ट नियम लागू नहीं होगा
1 \(1M\,NaCl\)
2 \(1 M\) यूरिया
3 \(1 M\) ग्लूकोज
4 \(1 M\) सुक्रोज
Explanation:
Raoult's law is not applicable if the total number of particles of solute changes in the solution due to association or dissociation. Urea, glucose and sucrose are the non-electrolytes. They cannot dissociate into ions. \(NaCl\) dissociates into \(Na ^{+}\) ions and \(Cl ^{-}\) ions. Hence, option \(A\) is correct.
02. SOLUTIONS (HM)
205584
राउल्ट के नियम का पालन करने वाला एक विलयन है
1 नॉर्मल
2 मोलर
3 आदर्श
4 संतृप्त
Explanation:
A solution that obeys Raoult's law is known as ideal solution. Since Raoult's Law only works for ideal solutions. An ideal solution is defined as one which obeys Raoult's Law.
205586
एक द्रव का मिश्रण जो राउल्ट नियम से धनात्मक विचलन दर्शाता है, वह है
1 \({(C{H_3})_2}CO + {C_2}{H_5}OH\)
2 \({(C{H_3})_2}CO + CHC{l_3}\)
3 \({({C_2}{H_5})_2}O + CHC{l_3}\)
4 \({(C{H_3})_2}CO + {C_6}{H_5}N{H_2}\)
Explanation:
It’s Obvious.
02. SOLUTIONS (HM)
205587
निम्न में से किसके अलावा सभी आदर्श विलयन हैं
1 \({C_2}{H_5}Br\) और \({C_2}{H_5}I\)
2 \({C_2}{H_5}Cl\) और \({C_6}{H_5}Br\)
3 \({C_6}{H_6}\) और \({C_6}{H_5}C{H_3}\)
4 \({C_2}{H_5}I\) और \({C_2}{H_5}OH\)
Explanation:
Practically, no solution is ideal. However, when we mix chemically similar substance (e.g. homologous), we get nearby ideal solutions. Note that \(C_2H_5IC_2H_5I\) (an alkyl halide) and \(C_2H_5OHC_2H_5OH\) (an alcohols) are not homologous.
Raoult's law is not applicable if the total number of particles of solute changes in the solution due to association or dissociation. Urea, glucose and sucrose are the non-electrolytes. They cannot dissociate into ions. \(NaCl\) dissociates into \(Na ^{+}\) ions and \(Cl ^{-}\) ions. Hence, option \(A\) is correct.
02. SOLUTIONS (HM)
205584
राउल्ट के नियम का पालन करने वाला एक विलयन है
1 नॉर्मल
2 मोलर
3 आदर्श
4 संतृप्त
Explanation:
A solution that obeys Raoult's law is known as ideal solution. Since Raoult's Law only works for ideal solutions. An ideal solution is defined as one which obeys Raoult's Law.
205586
एक द्रव का मिश्रण जो राउल्ट नियम से धनात्मक विचलन दर्शाता है, वह है
1 \({(C{H_3})_2}CO + {C_2}{H_5}OH\)
2 \({(C{H_3})_2}CO + CHC{l_3}\)
3 \({({C_2}{H_5})_2}O + CHC{l_3}\)
4 \({(C{H_3})_2}CO + {C_6}{H_5}N{H_2}\)
Explanation:
It’s Obvious.
02. SOLUTIONS (HM)
205587
निम्न में से किसके अलावा सभी आदर्श विलयन हैं
1 \({C_2}{H_5}Br\) और \({C_2}{H_5}I\)
2 \({C_2}{H_5}Cl\) और \({C_6}{H_5}Br\)
3 \({C_6}{H_6}\) और \({C_6}{H_5}C{H_3}\)
4 \({C_2}{H_5}I\) और \({C_2}{H_5}OH\)
Explanation:
Practically, no solution is ideal. However, when we mix chemically similar substance (e.g. homologous), we get nearby ideal solutions. Note that \(C_2H_5IC_2H_5I\) (an alkyl halide) and \(C_2H_5OHC_2H_5OH\) (an alcohols) are not homologous.
Raoult's law is not applicable if the total number of particles of solute changes in the solution due to association or dissociation. Urea, glucose and sucrose are the non-electrolytes. They cannot dissociate into ions. \(NaCl\) dissociates into \(Na ^{+}\) ions and \(Cl ^{-}\) ions. Hence, option \(A\) is correct.
02. SOLUTIONS (HM)
205584
राउल्ट के नियम का पालन करने वाला एक विलयन है
1 नॉर्मल
2 मोलर
3 आदर्श
4 संतृप्त
Explanation:
A solution that obeys Raoult's law is known as ideal solution. Since Raoult's Law only works for ideal solutions. An ideal solution is defined as one which obeys Raoult's Law.
205586
एक द्रव का मिश्रण जो राउल्ट नियम से धनात्मक विचलन दर्शाता है, वह है
1 \({(C{H_3})_2}CO + {C_2}{H_5}OH\)
2 \({(C{H_3})_2}CO + CHC{l_3}\)
3 \({({C_2}{H_5})_2}O + CHC{l_3}\)
4 \({(C{H_3})_2}CO + {C_6}{H_5}N{H_2}\)
Explanation:
It’s Obvious.
02. SOLUTIONS (HM)
205587
निम्न में से किसके अलावा सभी आदर्श विलयन हैं
1 \({C_2}{H_5}Br\) और \({C_2}{H_5}I\)
2 \({C_2}{H_5}Cl\) और \({C_6}{H_5}Br\)
3 \({C_6}{H_6}\) और \({C_6}{H_5}C{H_3}\)
4 \({C_2}{H_5}I\) और \({C_2}{H_5}OH\)
Explanation:
Practically, no solution is ideal. However, when we mix chemically similar substance (e.g. homologous), we get nearby ideal solutions. Note that \(C_2H_5IC_2H_5I\) (an alkyl halide) and \(C_2H_5OHC_2H_5OH\) (an alcohols) are not homologous.