A. Hypoploid
B. Hyperploid
C. Allopolyploid
D. Autopolyploid
A. Self pollinated plants
B. Cross pollinated plants
C. Plant difficult to hybridized
D. For crosses at intervener level
A. Allopolyploid
B. Amphidiploids
C. End polyploidy
D. Aneupoidy
A. Gene flow
B. Genetic drift
C. Gene frequency
D. None of the above
A. Acrodsome
B. Albinism
C. A gouri
D. None of the above
A. Loss of X-chromosome
B. Kappa particles
C. inheritance
D. Gain of Y-chromosome
A. W. Batson and B.C Pun net
B. T.B. Morgan and G. Mendel
C. W.S. Sutton and K. R. Porter
D. C.B. Bridges and G.H. Shull
A. TTxTT
B. TTxTt
C. TtxTt
D. Ttxtt
A. Are useful in studies on meiosis
B. Give homozygous lines following diplodization
C. Grow better under adverse conditions
D. Require only about half the amount of chemical fertilizers compared to diploids
A. 2 tall: 2 dwarf
B. All homozygous dwarf
C. All the heterozygous tall
D. One homozygous tall, one homozygous dwarf, two heterozygous tall