Answer: If you have a crush on someone, it can be difficult to decide whether to express your feelings or not. There are no hard and fast rules, but here are some things to consider:
Assess your feelings: Before you decide to act on your crush, it’s important to take some time to reflect on your feelings. Ask yourself why you like this person and what you hope to gain from expressing your feelings. Be honest with yourself about your motivations and expectations.
Consider the risks: While expressing your feelings can be exciting, it can also be risky. You may face rejection or damage an existing friendship. Think about how you would feel if the other person doesn’t feel the same way.
Think about timing: Timing is important when it comes to expressing your feelings. You don’t want to catch the other person off guard or put them in an awkward position. Consider whether this is a good time for both of you.
Be respectful: If you do decide to express your feelings, make sure you do so in a respectful way. Be honest but also considerate of the other person’s feelings.
Be prepared for any outcome: No matter what happens, be prepared for any outcome. If the other person doesn’t feel the same way, try not to take it personally. Remember that there are plenty of other people out there who would be lucky to have you in their life.
I hope this helps! Let me know if there’s anything else I can do for you.
Answer: Ask them
Explanation:
If you miss your chance you might regret it.
12.3 mol of NO reacts with ______ mol of ammonia
5.87 mol of NO yields _______ mol nitrogen
12.3 moles of nitrogen oxide (NO) react with 8.2 moles of ammonia (NH3) in the given reaction. The reaction of 5.87 moles of NO yields 4.89 moles of nitrogen (N2).
The overall reaction equation represents an ideal stoichiometric ratio where 4 moles of ammonia (NH3) react with 6 moles of nitrogen oxide (NO) to produce 5 moles of nitrogen (N2) and 6 moles of water (H2O). Let's work with this ratio to fill in the blanks of your question.
Given that 6 moles of NO react with 4 moles of NH3, we can set up a ratio to find the unknown quantity of NH3 that reacts with 12.3 moles of NO: (4 NH3 / 6 NO) x 12.3 NO = 8.2 moles of NH3
Similarly, 5 moles of nitrogen are produced per 6 moles of NO reacted, so we can find out how much nitrogen is produced from 5.87 moles of NO: (5 N2 / 6 NO) x 5.87 NO = 4.89 moles of nitrogen.
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12.3 moles of NO reacts with 8.2 moles of Ammonia. 5.87 moles of NO yields 4.89 moles of Nitrogen.
In these types of problems, we use the concept of mole ratios from the balanced chemical equation. According to the reaction, 4 moles of NH3 react with 6 moles of NO to yield 5 moles of N2. Therefore, for 12.3 moles of NO, we apply the ratio 4/6 to determine that it reacts with 8.2 moles of NH3.
Similarly, 5.87 moles of NO, based on the ratio 5/6, yields 4.89 moles of N2. So, these are the missing quantities for the reaction.
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Answer:
Phosphorus
Explanation:
oil.
iron.
coal.
United States History A Unit 2: Industrialization of the United States.
1.A Steel
2.A Laissez-faire
3.B Asia
4.C Dramatically Expanded
5.D Were a variety of musical drama, songs, and comedy.
6.B Farmed in many different ways.
7.B Was the last conflict between Native Americans and the government.
8.B African Americans who fled the South after Reconstruction.
9.B The invention of barbed wire.
10.A Jim Crow Laws.
11.D The National Grange.
12.C The Style of Politics in the United States.
13.C Populist Leader.
14.D All of the above.
15.B Was arrested for voting in an election in New York.
16.D filling important Government positions with party supporters.
17.C Be Trained In Specific Trade.
All of the answers are correct guaranteed.
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b) orientation.
c) spin.
d) energy level.
Answer:
C
Explanation:
Because that's the spin in its orbitals.
(b) Bilirubin
The pigment molecule that increases in the blood and induces the yellowish color of the skin described as Jaundice is (b) Bilirubin. Jaundice occurs when there is an accumulation of bilirubin in the bloodstream, which can be due to various medical conditions affecting the liver or the breakdown of red blood cells. This excess bilirubin can lead to the yellowing of the skin and the whites of the eyes.
The given statement is true .
To learn more about Rutherford’s gold foil experiment, refer to:
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