Numerical On Hardy-Weinberg Principle | How to Solve Hardy Weinberg Questions in 10 seconds NEET-UG

Numerical On Hardy-Weinberg Principle | How to Solve Hardy Weinberg Questions in 10 seconds NEET-UG
Approximately 4% of the turtle population in the pond shows the recessive phenotype-long nose (nn). What is the frequency of heterozygotes in the population?
Must Watch:
Population Genetic Hardy Weinberg Law
   • Population Genetic Hardy Weinberg Law | Ha...  
Easy Tricks To Learn Figure 7.8 NCERT
   • Easy Tricks To Learn Figure 7.8  NCERT | E...  


Numericals On Hardy-Weinberg Principle
How to Solve Hardy Weinberg Questions in 10 seconds
NEET-UG
Easy Tricks To Learn Hardy Weinberg Principle
Easy Tricks to Learn EVOLUTION
NEET Biology
non-random mating,
mutation, selection,
genetic drift,
gene flow and meiotic drive,
Hardy--Weinberg principle
Genotype frequencies
f(AA) = p2 for the AA homozygotes,
f(aa) = q2 for the aa homozygotes,
f(Aa) = 2pq for the heterozygotes.
genotype proportions,
p2, 2pq, and q2,
Hardy-Weinberg proportions,
p + q = (p + q)2 = p2 + 2pq + q2 = 1,
union of gametes,
Random drift,

#DrAshishShrivastava #NumericalsOnHardyWeinbergPrinciple #HowToSolveHardyWeinbergQuestionsIn10Seonds #NEETUG #EasyTricksToLearnHardyWeinbergPrinciple #EasyTricksToLearnEVOLUTION #NEETBiology #NonRandomMating #Mutation #Selection #GeneticDrift #GeneFlowAndMeioticDrive #HardyWeinbergPrinciple #GenotypeFrequencies #NEET #BIOLOGY #ZOOLOGY #BOTANY #NEETZOOLOGY #NEETBOTANY