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Basic Science Morphology Of Angiosperms Flower

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1. If the tepals are united it is termed as




2. Pistil is made up of




3. Example for asymmetrical flower is




4. Small bracts present between flower and the bract are called




5. Dioecious condition is seen in




6. Female flowers are known as




7. Flowers without symmentry are termed




8. A whorl of bracteoles seen below the calyx is named as




9. ndividual segments of perianth is called




10. Undifferentiated accessory whorl is termed as




11. Petals are seen in




12. Symmetry of Actinomorphic flower is




13. A condensed and modified shoot is




14. Calyx and corolla are called




15. The outermost whorl of the flower is




16. Stamens are seen in




17. Special leaves of whose axil flowers develop are known as




18. In the young stage flower buds are protected by




19. Flowers with Calyx and Corolla are termed




20. Thalamus is also known as




21. The tip of the floral axis is termed




22. Inner most whorl of the flower is called




23. Monoecious conditions is seen in




24. Flowers with neither Calyx nor Corolla is named as




25. Epicalyx is seen in




26. Example for the polygamous plant is




27. Zygomorphic condition is seen in




28. The stalk of the flower is called




29. A flower with a stalk is known as




30. The swollen structure upon which floral parts are arranged is termed as




31. When the petals are similar the corolla is




32. Epigynous flowers have




33. Posterior odd petals is inner most in




34. Calyx attached to the ripe fruit is known as




35. Wholly or partially united sepals is described as




36. The flower with uniform floral parts is termed as




37. Aestivation in Annona is




38. Sepals that fall after fertilization is referred as




39. Stamen stalk is termed as




40. The other name for stamen is




41. Ascendingly imbricate aestivation is found in




42. Corolla is composed of




43. The ovary of Hibiscus rosasinensis is




44. Aestivation with regular overlapping is known as




45. A condition of free sepals is termed as




46. Staminode is found in




47. Microspores are found inside




48. In Irregular corolla the petals are




49. Flower in bud stage is protected by




50. Monadelphous condition is seen in




51. The flower in Cephalandra is




52. Descendingly imbricate aestivation is met with in the flowers of




53. The third whorl of the flower is called




54. Hypogynous flowers have




55. The male part of the flower is




56. Diadelphous condition is seen in




57. Arrangement of either sepals or petals of a flower in bud condition is known as




58. Sterile stamens are called




59. A clear representation of orientation and symmetry of the flower and floral parts is known as




60. The type of placentation in Euphor � biaceae is




61. The symbol EbrI denotes




62. The chamber of the ovary is called as




63. The attachment of ovule to the wall of the ovary is by




64. Gynoecium without fertile ovule is referred as




65. Epipetalous stamens are seen in




66. Stamens attached to the petals are termed as




67. The distribution of placenta inside the ovary is known as




68. In cucumber the placentation is




69. A gynoecium with united carpels is termed




70. Syngenesious anther are seen in




71. A symbolic representation of flower and floral parts is by




72. The carpels are otherwise known as




73. Marginal placenta is found in




74. Basal placentation is seen in




75. The basal part of the gynoecium is