184298 In a given plant, red colour (R) of fruits is dominant over white fruit (r); and tallness (T) is dominant over dwarfness \((t)\). If a plant with genotype RRTt, is crossed with a plant of genotype rrtt what will be the percentage of tall plants with red fruits in the next generation?
184307
Match the items given in Column-I with those listed in Column- II. Choose the answer with correct combination of alphabets of the two columns.
| | Column-I(Characters) | | Column-II(Genotypes) |
| :---: | :---: | :---: | :---: |
| A | Monohybrid cross | p. | Tand t |
| B | Test cross | q. | TT |
| C | Alleles | r. | $\mathbf{T t} \times \mathbf{T t}$ |
| D | Homozygous tall | s. | $\mathbf{t t}$ |
| | | t. | $\mathbf{T t} \times \mathbf{t t}$ |
184324
Assertion: Daphnia populations in a water body, at different seasons of an year showed market variations in their body morphology.
Reason: Cyclomorphosis in some planktonic organisms is influenced by the variations in temperatures prevailing in their water bodies at different seasons.
184298 In a given plant, red colour (R) of fruits is dominant over white fruit (r); and tallness (T) is dominant over dwarfness \((t)\). If a plant with genotype RRTt, is crossed with a plant of genotype rrtt what will be the percentage of tall plants with red fruits in the next generation?
184307
Match the items given in Column-I with those listed in Column- II. Choose the answer with correct combination of alphabets of the two columns.
| | Column-I(Characters) | | Column-II(Genotypes) |
| :---: | :---: | :---: | :---: |
| A | Monohybrid cross | p. | Tand t |
| B | Test cross | q. | TT |
| C | Alleles | r. | $\mathbf{T t} \times \mathbf{T t}$ |
| D | Homozygous tall | s. | $\mathbf{t t}$ |
| | | t. | $\mathbf{T t} \times \mathbf{t t}$ |
184324
Assertion: Daphnia populations in a water body, at different seasons of an year showed market variations in their body morphology.
Reason: Cyclomorphosis in some planktonic organisms is influenced by the variations in temperatures prevailing in their water bodies at different seasons.
184298 In a given plant, red colour (R) of fruits is dominant over white fruit (r); and tallness (T) is dominant over dwarfness \((t)\). If a plant with genotype RRTt, is crossed with a plant of genotype rrtt what will be the percentage of tall plants with red fruits in the next generation?
184307
Match the items given in Column-I with those listed in Column- II. Choose the answer with correct combination of alphabets of the two columns.
| | Column-I(Characters) | | Column-II(Genotypes) |
| :---: | :---: | :---: | :---: |
| A | Monohybrid cross | p. | Tand t |
| B | Test cross | q. | TT |
| C | Alleles | r. | $\mathbf{T t} \times \mathbf{T t}$ |
| D | Homozygous tall | s. | $\mathbf{t t}$ |
| | | t. | $\mathbf{T t} \times \mathbf{t t}$ |
184324
Assertion: Daphnia populations in a water body, at different seasons of an year showed market variations in their body morphology.
Reason: Cyclomorphosis in some planktonic organisms is influenced by the variations in temperatures prevailing in their water bodies at different seasons.
184298 In a given plant, red colour (R) of fruits is dominant over white fruit (r); and tallness (T) is dominant over dwarfness \((t)\). If a plant with genotype RRTt, is crossed with a plant of genotype rrtt what will be the percentage of tall plants with red fruits in the next generation?
184307
Match the items given in Column-I with those listed in Column- II. Choose the answer with correct combination of alphabets of the two columns.
| | Column-I(Characters) | | Column-II(Genotypes) |
| :---: | :---: | :---: | :---: |
| A | Monohybrid cross | p. | Tand t |
| B | Test cross | q. | TT |
| C | Alleles | r. | $\mathbf{T t} \times \mathbf{T t}$ |
| D | Homozygous tall | s. | $\mathbf{t t}$ |
| | | t. | $\mathbf{T t} \times \mathbf{t t}$ |
184324
Assertion: Daphnia populations in a water body, at different seasons of an year showed market variations in their body morphology.
Reason: Cyclomorphosis in some planktonic organisms is influenced by the variations in temperatures prevailing in their water bodies at different seasons.