Because in the city there is more light and in the country there is less light
The main theme of Macbeth<span>—the destruction wrought when ambition goes unchecked by moral constraints—finds its most powerful expression in the play's two main characters. </span>Macbeth<span> is a courageous Scottish general who is not naturally inclined to commit evil deeds, yet he deeply desires power and advancement.</span>
Answer:
He tries to reason with his son why smoking is a bad thing to do by threatening to disown him.
Explanation:
Yevgeny Petrovitch was a court prosecutor and single father of the seven-year old boy, Seryozgha in the book 'Home' by Anton Chekhov.
Yevgeny's house keeper (or Governess) had just informed him that she caught his son Seryozgha, smoking! She wanted Yevgeny to address the issue before it got out of hand.
In an attempt to solving the problem, Yevgeny expressed his anger and displeasure at what the young boy had done and threatened to disown him as his son. He did this reasoning that his son would grasp the enormity of what he had done.
The three reasons for which Yevgeny was angry with Seryozgha are:
1) that Seryozgha actually smoked at a young age.
2) That Seryozgha lied about the number of times he had smoked.
3) That Seryozgha stole by taking tobacco that belonged to Yevgeny from his table
<h2><u>Answer:</u></h2>
Transient measurable examination empowers you to analyze and demonstrate the conduct of a variable in an informational collection after some time (e.g., to decide if and how focuses are changing over the long haul.
Worldly explanatory strategies to follow nanoparticles in live cell would give rich data to surely know the biologic properties of nanoparticles in atomic dimension. Noteworthy advances in fluorescence microscopy procedures with high transient and spatial goals permit single nanoparticles to mark biomolecules, particles, and microstructures in live cells, which will address numerous principal inquiries in cell science.
Methods for observing the development of nanomaterials, for example, carbon nanotubes (CNTs), quantum spots (QDs), metal groups, upconver-sional nanomaterials, and polystyrene (PS) nanoparticles and so on in live cells. The organic properties of nanoparticles in live cells are likewise quickly abridged by fluorescence microscopy examines.
This one is confusing I think its False because the only wrong thing is Double Negatives but I could be wrong.
