A) dominant B) heredity C) recessive D) chromosome
A) recessive B) heredity C) inheritance D) dominant
A) trait B) base pair C) syndrome D) expression
A) mutations B) heterozygous chromosomes C) RNA strands D) homologous chromosomes
A) heterozygous B) homozygous C) haploid D) diploid
A) mitosis B) mutation C) crossing over D) mutagen
A) mitosis B) interphase C) S1 D) meiosis
A) genetic diversity B) to create mutations C) to create 2 daughter cells D) all of these
A) trisomy B) gamete C) all of these D) monosomy
A) 23 B) 1 C) 13 D) 21
A) monosomy B) cancer C) trisomy D) Down Syndrome
A) replication B) DNA C) Karyotype D) RNA
A) gametes B) somatic cells C) mutations D) replication
A) centromere B) DNA C) telomere D) cytokinesis
A) sister chromatids B) mitosis C) RNA D) mutation
A) haploid B) gametes C) cancer D) somatic
A) chemical exposure B) smoking C) lack of sleep D) radiation
A) chromosome B) mutation C) homozygous D) carcinogen
A) 2 daughter cells B) body cells C) carcinogens D) 4 daughter cells
A) 2 different daughter cells B) 4 gametes C) 2 identical daughter cells D) 4 daughter cells
A) ribosomes B) DNA C) Golgi Bodies D) cytoplasm
A) homologous B) heterozygous C) all of these D) homozygous
A) homozygous B) heterozygous C) carcinogens D) mutations
A) XY B) X C) XX D) Y
A) XX B) XY C) Y D) YY
A) ribosomes B) genes C) chromosomes D) DNA
A) letters for traits B) RNA strands C) how a trait looks D) DNA strands
A) all of these B) helpful C) neutarl D) harmful
A) a mutation B) cancer C) an organisms complete DNA sequence D) occur in mitochondria
A) 2 B) 23 C) 1 D) 21 |