F1 females - All wild typeF1 males – All wild typeF2 females – A.pdf

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F1 females - All wild type F1 males – All wild type F2 females – All wild type F2 males – 1/2 Wild type and 1/2 Vermilion Solution F1 females - All wild type F1 males – All wild type F2 females – All wild type F2 males – 1/2 Wild type and 1/2 Vermilion.

F1 females - All wild type
F1 males – All wild type
F2 females – All wild type
F2 males – 1/2 Wild type and
1/2 Vermilion
Solution
F1 females - All wild type
F1 males – All wild type
F2 females – All wild type
F2 males – 1/2 Wild type and
1/2 Vermilion

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D) None of the above. first nitration takes place when u add hno3 and then sulphonation in ortho position. which has so3H..so either of nitrated product or sulphonated product wid SO3H is formed..which is not present in options.. Solution D) None of the above. first nitration takes place when u add hno3 and then sulphonation in ortho position. which has so3H..so either of nitrated product or sulphonated product wid SO3H is formed..which is not present in options...

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Decrease in Entropy (S) always occurs when the phase changes from a less ordered state (such as a gas), to a more ordered state (such as a solid) Decrease in Enthalpy (H) occurs when a system loses energy. A gas has a high amount of internal energy (think hundreds of ping pong balls bouncing around in a container), while a solid has the least internal energy (imagine those same pingpong balls stacked into a lattice). Solid to gas causes an increase in entropy (more random) and enthalpy (more energy) Solid to liquid still causes both entropy and enthalpy to increase. Liquid to gas also causes an increase in both entropy and enthalpy for the same reasons. The reverses of these reactions: Gas to solid, Gas to liquid, and Liquid to solid all have a decrease in enthalpy and entropy. Example: Gas to Liquid. As a gas cools, it loses energy. Eventually it will clump together to form a liquid, which decreases its entropy. Solution Decrease in Entropy (S) always occurs when the phase changes from a less ordered state (such as a gas), to a more ordered state (such as a solid) Decrease in Enthalpy (H) occurs when a system loses energy. A gas has a high amount of internal energy (think hundreds of ping pong balls bouncing around in a container), while a solid has the least internal energy (imagine those same pingpong balls stacked into a lattice). Solid to gas causes an increase in entropy (more random) and enthalpy (more energy) Solid to liquid still causes both entropy and enthalpy to increase. Liquid to gas also causes an increase in both entropy and enthalpy for the same reasons. The reverses of these reactions: Gas to solid, Gas to liquid, and Liquid to solid all have a decrease in enthalpy and entropy. Example: Gas to Liquid. As a gas cools, it loses energy. Eventually it will clump together to form a liquid, which decreases its entropy..

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The diploid genetic system is more intersting than th monoploid genetic system due to followinf reasons:Completely dominant allelesIncompletely dominant allelesCodominant allelesIn complete dominance, the effect of one allele in heterozygous genotype completely masks the other. The allele that masks the other is said to be dominant while the other which has been masked is called recessive.Incomplete dominance is a form of inheritance in which one allele for a specific trait is not completely expressed over its paired allele. This results in a third phenotype in which the physical traits expressed are a combination of both alleles.Allels that are masked or hidden by dominant alleles are known as recessive alleles. In some situations, both alleles are expressed equally.Example : The flower\'s on Mendel\'s pea plant.Example: Pink rosesExample: blood group AB Solution The diploid genetic system is more intersting than th monoploid genetic system due to followinf reasons:Completely dominant allelesIncompletely dominant allelesCodominant allelesIn complete dominance, the effect of one allele in heterozygous genotype completely masks the other. The allele that masks the other is said to be dominant while the other which has been masked is called recessive.Incomplete dominance is a form of inheritance in which one allele for a specific trait is not completely expressed over its paired allele. This results in a third phenotype in which the physical traits expressed are a combination of both alleles.Allels that are masked or hidden by dominant alleles are known as recessive alleles. In some situations, both alleles are expressed equally.Example : The flower\'s on Mendel\'s pea plant.Example: Pink rosesExample: blood group AB.

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Reactivity of the metal Tendency to formcation Tendency to loose outer elecrtons E ooxid 1 / E ored So the Eo cell = E ocathode - Eoanode is more, then themetal is more reactive to reduce the Cu 2+ Given I. Zn/Zn 2+ || Cu 2+/Cu 1.072 V II. Fe/Fe 2+ || Cu 2+/Cu 0.334 V III. Mg/Mg 2+ || Cu 2+/Cu 1.640 V IV. Pb/Pb 2+ || Cu 2+/Cu 0.459V V. Sn/Sn 2+ || Cu 2+/Cu 0.600 V So the order of reactivity is Mg > Zn > Sn > Pb >Fe So the Eo cell = E ocathode - Eoanode is more, then themetal is more reactive to reduce the Cu 2+ Given I. Zn/Zn 2+ || Cu 2+/Cu 1.072 V II. Fe/Fe 2+ || Cu 2+/Cu 0.334 V III. Mg/Mg 2+ || Cu 2+/Cu 1.640 V IV. Pb/Pb 2+ || Cu 2+/Cu 0.459V V. Sn/Sn 2+ || Cu 2+/Cu 0.600 V So the order of reactivity is Mg > Zn > Sn > Pb >Fe Solution Reactivity of the metal Tendency to formcation Tendency to loose outer elecrtons E ooxid 1 / E ored So the Eo cell = E ocathode - Eoanode is more, then themetal is more reactive to reduce the Cu 2+ Given I. Zn/Zn 2+ || Cu 2+/Cu 1.072 V II. Fe/Fe 2+ || Cu 2+/Cu 0.334 V III. Mg/Mg 2+ || Cu 2+/Cu 1.640 V IV. Pb/Pb 2+ || Cu 2+/Cu 0.459V V. Sn/Sn 2+ || Cu 2+/Cu 0.600 V So the order of reactivity is Mg > Zn > Sn > Pb >Fe So the Eo cell = E ocathode - Eoanode is more, then themetal is more reactive to reduce the Cu 2+ Given I. Zn/Zn 2+ || Cu 2+/Cu 1.072 V II. Fe/Fe 2+ || Cu 2+/Cu 0.334 V III. Mg/Mg 2+ || Cu 2+/Cu 1.640 V IV. Pb/Pb 2+ || Cu 2+/Cu 0.459V V. Sn/Sn 2+ || Cu 2+/Cu 0.600 V So the order of reactivity is Mg > Zn > Sn > Pb >Fe.

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