Correct Answer: D) mushroom

Explanation

This Biology question is asking us to identify the organism that is not an autotroph. An autotroph is an organism that is capable of producing its own food through photosynthesis or chemosynthesis. Out of the four options given, spirogyra, zea mays, and rhizobium are all autotrophs. Spirogyra is a type of green algae that uses photosynthesis to produce its own food. Zea mays, commonly known as corn, is a plant that also uses photosynthesis to produce its own food. Rhizobium, on the other hand, is a type of nitrogen-fixing bacteria that produces its own food through chemosynthesis. The correct answer to this question is option D: mushroom. Mushrooms are not autotrophs because they cannot produce their own food through photosynthesis or chemosynthesis. Instead, they are heterotrophs, which means they obtain their nutrients by consuming other organisms or organic matter. It's important to understand the difference between autotrophs and heterotrophs because they play important roles in the food chain and ecosystem. Autotrophs are the base of the food chain, providing food and energy for all other organisms. Heterotrophs, including humans, rely on autotrophs for their survival. In summary, the correct answer to this question is option D: mushroom, because it is not an autotroph. Autotrophs are organisms that produce their own food, while heterotrophs rely on other organisms for food.

Correct Answer: A. Post Office Box

Correct Answer: A. 105°E

Explanation

Lawumi and Anlugbua are ancestral deities. Lawumi is Anlugbua's grandmother while the latter is the son of Oba Asunkungbade, the ancestral founder of Owu.

The two deities meet to discuss the tragedy that has befallen the city. Anlugbua claims ignorance and accuses Lawumi of colluding with the Allied Forces to destroy Owu, which Lawumi admits. She explains that Owu's tragedy arose from her arrogance towards her and the violation of the agreement concerning not selling fellow Yorubas as slaves to foreigners.

Lawumi explains her role, revealing that she is the one that encourages the Owu to attack the Ife and to take the Apomu market back, which consequently leads to the retaliation of the Allied Forces. However, Lawumi insists that the Allied Forces must be punished for the desecration and destruction of her shrine. To execute this, she solicits Anlugbua's support.

The meeting also reveals that Lawumi has consulted Esu, who has promised to throw the Allied Forces into confusion, while Orisa Oko, the hunters' god, is to turn the forest against them, thus making their return Journey more agonizing. Anlugbua's role, however, is to send lightning upon the Allied Forces destroy them.

The Anlugbua and Lawumi interaction exposes the human nature of the gods: they are vindictive, unreliable and susceptible to human frailties after all. It also provides an insight into the cause of the destruction of Owu, namely, their selling fellow Yoruba kinsmen into slavery and their display of arrogance.

The meeting also highlights the fact that human beings are mere playthings in the hands of the gods; they deal with them as they like. For instance, in spite of Anlugbua's initial reluctance, he agrees to join forces with Lawumi to punish the Allied Forces. When Lawumi tells Anlugbua that Ogun has agreed to join them in the destruction, Anlugbua says, "Then it shall be done as you wish."

Correct Answer: D. Participating preference shares

Correct Answer: (A) rewarding

Correct Answer: B. 146

Explanation

238 - 92 = 146

Correct Answer: C. they have low molecular weight

Correct Answer: A. excited

Correct Answer: D. Nuclear envelope

Explanation

The nuclear envelope separates transcription from translation in a eukaryotic cell. Translation cannot occur until transcription is finished, which is the opposite of what occurs in a prokaryotic cell. In eukaryotic cells, transcription occurs in the nucleus where mRNA will be produced. Once mRNA is produced, it will exit the nucleus through pores and then proceed to be translated into protein in the cytoplasm.