Chemistry
General
Easy
Question
Formalin is
- Solution of fructose
- 40% aq. sol. Of HCHO
![40 percent sign H C H O plus 60 percent sign C H subscript 3 C H O](data:image/png;base64,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)
- None of the above
The correct answer is: 40% aq. sol. Of HCHO
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ChemistryGeneral
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The correct order of increasing acid strength of the compounds
![left parenthesis A right parenthesis C H subscript 3 C O O H
left parenthesis B right parenthesis M e O C H subscript 2 C O O H
left parenthesis C right parenthesis C F subscript 3 C O O H](data:image/png;base64,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)
D)![](data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAGUAAAA5CAYAAAAvMOVDAAAE+0lEQVR4Ae2aoU70QBRG92XwSAQCiQSHJOEVeAXeAI9AgCMoJAJLgiQoHEgEAtk/50/OctudbkqZ7pLsnaSZdnpn5vY7c2e60501mf6cArM/51E61CSUPzgIEspfh/L4+Nicn583b29vLVdvb2+L5S2jvKimQCtSADKbzZqzs7NWB5RxAC3T9AosQDk9PW12d3fnPd/f3zcnJyctKJ+fn83l5WVGz1yluicLUIiWra2t+RRG1ADASAEI58DjXrSt69rmtlaEIghkUXShAIgy4HEQVeSZ6ilQhMLacXh42Ly8vMynMqEYSUIhZ4rLVE+BIhSaBwIRYxQIxUjRBd7M8gVANerkvVBYMwBBtJCE4prC4g+0aFPHpWylBYUR76gnN0qQiXN/v+Tb17QDpwXlt109PT01x8fHv21m4+tXhYKaFxcXCeaXw6o6lATzSyKs379votwCEXN0dNR8fX2VDbK0V4HJoNDj1dVVc3BwkGB65S/fmBQKXd7d3SWYsva9pZNDiWA+Pj56Hckb3wqsBIpg9vb2mgTzLX7f2cqg4AC/YxJMH4rv8pVCGQOGnQR2pdnOYZOUXQXKOCjzcCfCa+19VLaL/C7EPfbs2CaKqWuDvdtM0S765I6593/ql/VivnIodE7E7OzsNK+vr9GXhXM/uCkMQBAKOCR2pxGYbZ+Y+JwQBac+dmymagsUyoQZbWgLOwW2f8r1yS0n6tMf5aahfmnfzdcCBSeen5//T2V9YHhYRPPhdRyxAEPSxnvmQENQE9dRNMuxEQojPoLUhroOAkEKVhv9sC2vvW/e9cvybr42KDgCENaYEhhHZNfheD3k4YEK3GXffIwSRY19+NWVshil0YZz+nAgDPGrWz9erxUKjgCE8H94eIh+/R+djtDWjXDhwyNI9+gKVBLcpmynZOM9bGPUWNc8RoF1uj5FcNYr5WuHwisy68v19XXLv2WjUkMf3mvzKNCyKNB+mY1TFrbLfIoL/hC/7LuUrxUKQJi+WPi7STG6awp2zv1DHx7BSmsKUxptkPpsqOca1ueTU6QvBEP96j6z12uD8v7+3gtE55jWOBSOh0cgH37oW452TGku0ggcQSkkawgpvn3FgUEU4pNl1OPagUJd+7Ov+DzRzvJuvhYorCNMWaUIiQ7yUDyEc3MEhMCWkwsuliGgSfG8T7td0bChjjYMAMW3nQgLOyJMkNj81C/bjfnKoSx744qObfL5SqEkkGFDbWVQmKq2t7eLv0mGubo5ViuBApDciBw+qCaHkkCGw9ByUii8GmaEKPXwfDIofAbe39/Pj1rDWcwtJ4GS3+Xn+o46qQ7l5uYm/ygxCsV3pRYUth74ReuvY8349Uu52xuWd3P+65V/Keqq8vPrFhS2CLobc2wruO3QhRW74z9e+T/iqMj48wUoRAVgTG7cAUYo5G5j84ZFYoMxUx0FFqAQLWz8OVWxk+qWNTDYoAMQZQABoLDquJStFKGw60nEkADgFIb47oKyxnAAhbJM9RQoQiFKiBYiwQ88Tl9GEoA8jKp6bm12S0UoSEIEAMRvBUJxKvNbhNPbZstY9+l7oTB9AcKPPEKhe6ctoolDQHVd29zWWlAAIATyuIBzHsVnyor3N1fC+k/eglK/+WxxjAIJZYxqE9dJKBMLPKb5hDJGtYnrJJSJBR7TfEIZo9rEdRLKxAKPaT6hjFFt4jr/ABSXRaccdtVjAAAAAElFTkSuQmCC)
is:
The correct order of increasing acid strength of the compounds
![left parenthesis A right parenthesis C H subscript 3 C O O H
left parenthesis B right parenthesis M e O C H subscript 2 C O O H
left parenthesis C right parenthesis C F subscript 3 C O O H](data:image/png;base64,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)
D)![](data:image/png;base64,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)
is:
ChemistryGeneral
Chemistry
The structural formula of the compound isomeric with acetone is:
The structural formula of the compound isomeric with acetone is:
ChemistryGeneral
Chemistry
Complete the following reaction,
![](data:image/png;base64,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)
Complete the following reaction,
![](data:image/png;base64,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)
ChemistryGeneral
Chemistry
The product of the following reaction
![](data:image/png;base64,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)
The product of the following reaction
![](data:image/png;base64,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)
ChemistryGeneral
Chemistry
Organic compounds are studied separately from inorganic compounds because:
Organic compounds are studied separately from inorganic compounds because:
ChemistryGeneral
Chemistry
An aliphatic hydroxy acid is:
An aliphatic hydroxy acid is:
ChemistryGeneral
Chemistry
Acetone and acetaldehyde can be identified by treatment with:
Acetone and acetaldehyde can be identified by treatment with:
ChemistryGeneral
Chemistry
Which of the following statement is correct?
Which of the following statement is correct?
ChemistryGeneral
Chemistry
What is the product in following cross Claisen condensation?
![straight C subscript 2 straight H subscript 5 COOC subscript 2 straight H subscript 5 plus stack COOC subscript 2 straight H subscript 5 with COOC subscript 2 straight H subscript 5 below fraction numerator straight C subscript 2 straight H subscript 5 ONa over denominator straight H to the power of plus end fraction not stretchy rightwards arrow ?](data:image/png;base64,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)
What is the product in following cross Claisen condensation?
![straight C subscript 2 straight H subscript 5 COOC subscript 2 straight H subscript 5 plus stack COOC subscript 2 straight H subscript 5 with COOC subscript 2 straight H subscript 5 below fraction numerator straight C subscript 2 straight H subscript 5 ONa over denominator straight H to the power of plus end fraction not stretchy rightwards arrow ?](data:image/png;base64,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)
ChemistryGeneral
Chemistry
Match the columns
Column-I Column-II
A) Coordinated water (p)![open square brackets Cu open parentheses straight H subscript 2 straight O close parentheses subscript 4 close square brackets to the power of 4 plus end exponent SO subscript 4 superscript 2 minus end superscript times straight H subscript 2 straight O](data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAALwAAAAaCAYAAAANDDZYAAAACXBIWXMAAA7EAAAOxAGVKw4bAAAABGJhU0UAAAAQ3ZOC+gAAA9NJREFUeNrtWz1oFEEUHg6xFILIEY5DEJEQLIRgESxCwEJCsDiQIOEQCaQQsRBBLMRC7FIFCQQLSWEjEkRCsBEJh9hIsBIR5BCxEEGCBDkOYX2Pe8udy87szu6bnzXz4IPL7Obm/Xwz82bmnRBBbMgiIPJMp4jQB7wBnDxIAYkSsCVrRAbX0gY8NOS700SoKMf3uJAa4Bpg96AR3rasEdF8kTbpxOnHMcBbQMNjwsfSC4Q3J/OApx764RnpxuVH/L7pnD52SfgZwE4g/FCOA1YAHyjn+wS4DzhasL/3gAlNPYoSYhKwAfhB2KC2NJkg3Tj8eDuxgkU50iFZaoRpxwPAd/J/RzEwdexFGaeU60QJ/bg5ZzzWqg4uAt4BLpDjYyctAV4WUOqsYjbhdsIC5aazpHuNPmPbZcn/7JCOZYOoSxTVM5xsbgIOEVqA1wz2ngJsUTx9mmSNxzpSjJjPlItyyV3AHQtOmKSV6EjKszF6ljb6Ubd7DoKoer5vwF4k+bbk/aoRXjvWsg7WaQdfxoBk+yZgzoIT1mkVkgk+e5TSPkc6+kT4L4BzzPZuS9LKKhJeO9aRwtENZsJ3AXULTuhmLNXjZF9ae9ejvDQO2D7tCw4z2WsiL3flK+1YyzroMxiQbP89shfQ2STpOqFf8J0a6ejbadc87S++Aa4z2utyhncWa5uEjyyN+jy695iJYWOWxA3Ynhic7x9jsrfqKY227bIO8BiyWVHCdzPSMVlK4zvh41UIN9fPmezllCU66KhbTmm0bJd1gMdhNyynNEJj4KhqQXAjs6z4vquSTauvKU2anj0Ge7nllhjcFzQZCc8ea1nnzRwbglj+pBB51cKmVVYLgicQH0X6URW2yY4l64Y2rdyCx21fGeytUkrDFmtV5y0iQHvkhKBOf3dG3sMN1RX6jCMQSwcWhL1jybT89JIY3JzOiOFlxHmhvngydSxZRjo0SzVGJqKtlFmtiL0oLqo5ncY6q4MzYlAX8ove/Ql4Iv49G24S6XHZeSXkNSQmLp5UtSDxdfMeLbWPM2Y61cXTojB39KiSaRqEPTEsLWgx2Zu3mtMXwrPE2qaxU4mVoayoakGKzqZTBYnhW817nrQobzWnD8IWa9vG7gqeWz7uWhBZ8VheYlSN8DrVnK6FNda2jcXc6gXDaOeuBUGdZksQo0qEz1PN6dPMzhprF8auZBwlZQl3Lcgy6VSGGFUivKmyXxPCXvfjytBVUfxXT5zBUv3ET4cYVUtpqqI7+8CscqB8IkYgfDA2ED5wIBgbCB8kED74MYirTUGQ4Lv/Uv4CHpO0Viak3W8AAAILdEVYdE1hdGhNTAA8bWF0aCB4bWxucz0iaHR0cDovL3d3dy53My5vcmcvMTk5OC9NYXRoL01hdGhNTCI+PG1zdXA+PG1mZW5jZWQgY2xvc2U9Il0iIG9wZW49IlsiIHNlcGFyYXRvcnM9InwiPjxtcm93PjxtaT5DdTwvbWk+PG1zdWI+PG1mZW5jZWQgc2VwYXJhdG9ycz0ifCI+PG1yb3c+PG1zdWI+PG1pIG1hdGh2YXJpYW50PSJub3JtYWwiPkg8L21pPjxtbj4yPC9tbj48L21zdWI+PG1pIG1hdGh2YXJpYW50PSJub3JtYWwiPk88L21pPjwvbXJvdz48L21mZW5jZWQ+PG1uPjQ8L21uPjwvbXN1Yj48L21yb3c+PC9tZmVuY2VkPjxtcm93Pjxtbj40PC9tbj48bW8+KzwvbW8+PC9tcm93PjwvbXN1cD48bXN1YnN1cD48bWk+U088L21pPjxtbj40PC9tbj48bXJvdz48bW4+MjwvbW4+PG1vPiYjeDIyMTI7PC9tbz48L21yb3c+PC9tc3Vic3VwPjxtbz4mI3gyMkM1OzwvbW8+PG1zdWI+PG1pIG1hdGh2YXJpYW50PSJub3JtYWwiPkg8L21pPjxtbj4yPC9tbj48L21zdWI+PG1pIG1hdGh2YXJpYW50PSJub3JtYWwiPk88L21pPjwvbWF0aD4b8ta2AAAAAElFTkSuQmCC)
B) Interstitial water (q)![straight C subscript 17 straight H subscript 35 COONa](data:image/png;base64,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)
C) Hydrogen-bonded water (r)![BaCl subscript 2 times 2 straight H subscript 2 straight O](data:image/png;base64,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)
(s)![open square brackets Cr open parentheses straight H subscript 2 straight O close parentheses subscript 6 close square brackets to the power of 3 plus end exponent 3 Cl to the power of minus](data:image/png;base64,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)
Match the columns
Column-I Column-II
A) Coordinated water (p)![open square brackets Cu open parentheses straight H subscript 2 straight O close parentheses subscript 4 close square brackets to the power of 4 plus end exponent SO subscript 4 superscript 2 minus end superscript times straight H subscript 2 straight O](data:image/png;base64,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)
B) Interstitial water (q)![straight C subscript 17 straight H subscript 35 COONa](data:image/png;base64,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)
C) Hydrogen-bonded water (r)![BaCl subscript 2 times 2 straight H subscript 2 straight O](data:image/png;base64,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)
(s)![open square brackets Cr open parentheses straight H subscript 2 straight O close parentheses subscript 6 close square brackets to the power of 3 plus end exponent 3 Cl to the power of minus](data:image/png;base64,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)
ChemistryGeneral
Chemistry
Match the columns.
Column I Column II
![text (P) end text fraction numerator straight p K subscript straight w over denominator 2 end fraction](data:image/png;base64,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)
![text (Q) end text 16 minus log invisible function application 1.8](data:image/png;base64,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)
![left parenthesis straight R right parenthesis minus log invisible function application K subscript straight a comma straight H comma O end subscript](data:image/png;base64,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)
![text (S) end text less than 7.0](data:image/png;base64,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)
Match the columns.
Column I Column II
![text (P) end text fraction numerator straight p K subscript straight w over denominator 2 end fraction](data:image/png;base64,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)
![text (Q) end text 16 minus log invisible function application 1.8](data:image/png;base64,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)
![left parenthesis straight R right parenthesis minus log invisible function application K subscript straight a comma straight H comma O end subscript](data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAGsAAAAVCAYAAABBlxC9AAAACXBIWXMAAA7EAAAOxAGVKw4bAAAABGJhU0UAAAAOJ5y/mQAAAvtJREFUeNrtWUFkXFEUfUZERJWoiC6qRBdVESEiorqtETGiZBGRRYSIiooqVVl0VSKLLiq6rSyiVI2qqhBVEREhi4iIKtVFRFWJioga5fdeOZ/X2/sy7yf///lT/3LMvDfvvZl/z7v3nfvGmL/tLmHW+Nss5uSWsnUS1s8wbw1zc0vR2Oldoi8AfhBWCWVCqxjTjc+SsCDF5z8mFERfD2GBcCFLRHWBrGrOGgVh0lZBWr2SdY2wLfpuEZ5kMarmCFMezuKd90sZdy/iWZc1sgYJi1Z7gDCR1RS4hJ3kQ9axMq6P8CElstiRu4QKXkuOufybNrG5vhDGTiH/MeGhtX4xy+fVIaHRw1m3HaQ0Yo2kyeqF4zvQ7kC7T4y7jv5wA7YjclxkvUJ0DdaDWPpdxVlMxjAc0OsYW0mBrNfY+TLS3oi+F4405iLrM+EZNqOpZ7JsnJYeKp5raPAlS8sAWlSzem3xJCtM7f2Er455dZcGWx1KMM00GHhulCDCGciZYgXvHxDeZZ2sZcJNj4cbIszUUGD4RpZWM7nIGkYtFdoCBEcSKtZH3V4iPCccQRxxSm86i3Rne6mcW1NYI40zq6TI7rKibqXoaHE8D59Vk1a7AXVjsQZkcfG9BX82gLj3sizyLYpD5tdEVZ9WUdwDkXMD7U60ZVbox29qQ4Sx4zccNWIZ441I+ey0K1ZfCWtwyt0jjCRAFpPySLkh2pUD1xXZ6lr8DsKzFtdNrP4+wWk7iCzNxgn7GLcBorVz9UCmGassWLE+W7Q2CZcEP2MmqwBh1KxE2z/f9b9f5LbFfK5WU7FRla9r03M6/6hNmIx4bTSX4WuZt4gmtstoj51jvasQH4codYKYI6uE4lzafZPRO8o4jZXrtnXdNH3O9XYg7Zs9IysqWUUlsppQsLeb3CLZEdJ9AedmgNTKNo/NEYUsOYfV3zdz8s9GGMnLiuDIzcNGIEYOUGs+JXy3SJiPSJacY6Bq7Uvq0dzt8dtAFSkf15zcYjA+Dy8mPecPyX3hQ+j6wq8AAAEgdEVYdE1hdGhNTAA8bWF0aCB4bWxucz0iaHR0cDovL3d3dy53My5vcmcvMTk5OC9NYXRoL01hdGhNTCI+PG1vPig8L21vPjxtaSBtYXRodmFyaWFudD0ibm9ybWFsIj5SPC9taT48bW8+KTwvbW8+PG1vPiYjeDIyMTI7PC9tbz48bWk+bG9nPC9taT48bW8+JiN4MjA2MTs8L21vPjxtc3ViPjxtaT5LPC9taT48bXJvdz48bWkgbWF0aHZhcmlhbnQ9Im5vcm1hbCI+YTwvbWk+PG1vPiw8L21vPjxtaSBtYXRodmFyaWFudD0ibm9ybWFsIj5IPC9taT48bW8+LDwvbW8+PG1pPk88L21pPjwvbXJvdz48L21zdWI+PC9tYXRoPiJwOFoAAAAASUVORK5CYII=)
![text (S) end text less than 7.0](data:image/png;base64,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)
ChemistryGeneral
Chemistry
Match the columns.
Column I Column II
A) NaCl (P) Cationic hydrolysis
B) Na2CO3 (Q) Anionic hydrolysis
C) NH4Cl (R) pH = 7.0 at 25oC
D) CH3COONH4 (S) pH < 7.0 at 25oC
(T) pH > 7.0 at 25oC
Ka, CH3COOH = Kb, NH4OH
Match the columns.
Column I Column II
A) NaCl (P) Cationic hydrolysis
B) Na2CO3 (Q) Anionic hydrolysis
C) NH4Cl (R) pH = 7.0 at 25oC
D) CH3COONH4 (S) pH < 7.0 at 25oC
(T) pH > 7.0 at 25oC
Ka, CH3COOH = Kb, NH4OH
ChemistryGeneral
Chemistry
Column I (pH value) Column II (Solution)
A) 5.0 (P) pH at which Mg(OH)2 just start precipitating from 2.0×10−3 M-Mg2+ solution (Ksp of Mg(OH)2 = 2 × 10−6 M3 ).
B) 9.0 (Q) Maximum pH at which 0.1 mole of Al(OH)3 dissolves completely as Al3+ in 1 L solution (Ksp of Al(OH)3 = 1 × 10−28 M4).
C) 12.5 (R) pH at which 0.1 M-CH3COOH dissociates 1000/11% (Ka of CH3COOH = 1.0×10−5M).
D) 6.0 (S) pH of 0.001 M-HA (weak acid) solution (pKa of HA = pKb of A−).
(T) pH of 3×10−5 M-CaA2 solution (CaA2 dissociates completely in water; Ka of HA = 5 × 10−9).
Column I (pH value) Column II (Solution)
A) 5.0 (P) pH at which Mg(OH)2 just start precipitating from 2.0×10−3 M-Mg2+ solution (Ksp of Mg(OH)2 = 2 × 10−6 M3 ).
B) 9.0 (Q) Maximum pH at which 0.1 mole of Al(OH)3 dissolves completely as Al3+ in 1 L solution (Ksp of Al(OH)3 = 1 × 10−28 M4).
C) 12.5 (R) pH at which 0.1 M-CH3COOH dissociates 1000/11% (Ka of CH3COOH = 1.0×10−5M).
D) 6.0 (S) pH of 0.001 M-HA (weak acid) solution (pKa of HA = pKb of A−).
(T) pH of 3×10−5 M-CaA2 solution (CaA2 dissociates completely in water; Ka of HA = 5 × 10−9).
ChemistryGeneral