If you look through a microscope and cannot see any distinct chromosomes in the nucleus, what stage are you viewing? a. prophase b. anaphase c. metaphase d. interphase

If you look through a microscope and cannot see any distinct chromosomes in the nucleus, what stage are you viewing? a. prophase b. anaphase c. metaphase d. interphase

1, What is the main product of the light-dependent reactions? A) GlucoseB) ATP and NADPH C) OxygenD) Ribulose bisphosphate (RuBP) 2, Which of the following is released as a byproduct of the light reactions? A) Carbon dioxideB) GlucoseC) OxygenD) Water 4, What does the Calvin cycle primarily produce? A) NADPHB) OxygenC) GlucoseD) ATP 5, How many molecules of NADPH are generated for every two molecules of water split in the light reactions? A) 1B) 2C) 3D) 4 6, In the Calvin cycle, what molecule is regenerated to continue the cycle? A) 3-phosphoglycerate (3-PGA)B) Ribulose bisphosphate (RuBP) C) Glyceraldehyde-3-phosphate (G3P)D) ATP 7, How many ATP molecules are consumed for every turn of the Calvin cycle? A) 1B) 2C) 3D) 6 8, What is produced by the Calvin cycle that can be used to form glucose? A) Glyceraldehyde-3-phosphate (G3P)B) Ribulose bisphosphate (RuBP) C) OxygenD) ATP 9, Which of the following products of the light reactions is used directly in the Calvin cycle? A) OxygenB) ATPC) GlucoseD) Water 10, What is the primary function of ATP produced in the light reactions? A) To provide energy for the Calvin cycleB) To store energy as glucose C) To transport electronsD) To release oxygen 11, At the end of the Calvin cycle, how many turns are needed to produce one glucose molecule? A) 1B) 2C) 3D) 6 12, Where do the light-dependent reactions occur? A) Chloroplast stromaB) Thylakoid membranes C) CytoplasmD) Mitochondria 13, What is the primary carbon fixation pathway in C3 plants? A) OxaloacetateB) Ribulose bisphosphate (RuBP) C) Phosphoenolpyruvate (PEP)D) Malate A) WheatB) RiceC) SugarcaneD) Spinach

Trace, the relationship between biological and cultural evolution of thatmankind.

Lespon Iwo 15. A colony of yeast funges may be formed as a rewalt of a spore propagation. or mitosis. c. rezpmeration d. beinary fitsione. (15. The type of asenal reprodoction that occurs in maitroom frus and some algae. is the \( \qquad \) - regent ralion. b. spore propagation. s. budding. d. vegristive reprobuction 17. Starfish reprodoces asexually by \( \qquad \) b. binary fission. 18. If the chromosomal mumber in a cell of starlith is ( 2 N\( ) \). When if regeoersas the number of chromosomes in each of the resulied cells is a. N b 2 N 19. Suarfich d. haploid nomber. a.bod. b. zygole. c. sporangium. d. central bise. 20. Bread mould fungus reproduces asexually by \( \qquad \) Af ane 828\%s a bodding. b. spore propagation. c. binary fission. d. repeneration. 21. Aserual reprodaction in bread mould fungus, occurs by producing \( \qquad \) a. spores. b. sperms. c. gametes. d. ova. 22. The reproduc tion by spores occurs in this living organisms, ex cept \( \qquad \) A Find lina 20161 a. amoeba. b. bread mould fungus. c. mushroom fungus. d. mushroom and bread mould fungi. 23. In the vegetasive reproduction, the produced individuals are similar to their \( \qquad \) a. parent individual. b. both parents. c. zygore. d. sporangium. 24. Spores are formed in some fungi inside a structure called \( \qquad \) a. bud. b. zygote. c. sporangium. d. central disc. 25. The vegetative reproduction occurs in plants without the need of \( \qquad \) a. sterns. b seeds. c. leaves. d. roots. 26. The process by which the living organsim produces new individuals with genetic properties similar (identical) to the parent individual, is called \( \qquad \) a. sexual reproduction. b. asexual reproduction. c. fertilization. d. meiosis 27. It is possible to produce new plants identical to the parent plant by \( \qquad \) a. forming gametes. 1. fertilization. c. budding. d. tissue culture. 28. Sexual reproduction occurs in \( \qquad \) a. unicellular organisms. b. higher plants and animals. c. amoeba. d. single-celled organisms.

19. Anticodón es el término que se aplica a A) la lista de aminoácidos que corresponden al código genético. B) que varios aminoácidos codifican un solo aminoácido C) la parte del RNAt que interactúa con el codón. D) la parte del RNAt que se une a un aminoácido.