Answer:
Explanation:
The arousal theory of motivation suggests that we are always looking for different activities that allow us to maintain an optimal level of psychological arousal. If Jim and Mariee want to keep their level or arousal, they will look for an activity that implies physycal movement an, maybe, some sort of risky feelings, for example, running on the streets at night or climbing some tree. If they want to lower their level of psychological arousal, they will do something that doesn't imply that much risks or moving, for example, playing cards, watching a movie, etc.
Answer:
No, the greeks and romans did perhaps invent the basis of alot of the stuff we use to day but they did not invent everything
HOPE THIS HELPS
-Todo <3
Emerging adulthood is the period of twenty-first century stage of lifespan human development proposed to fall in between adolescence and young adulthood.
In emerging adulthood, two "modifiable health risk behaviors" in emerging adulthood that need to be increased to promote health involve tobacco use and excessive alcohol consumption.
Edit
The impeachment of Andrew Johnson was initiated on February 24, 1868, when the United States House of Representatives resolved to impeach Andrew Johnson, the 17th president of the United States, for "high crimes and misdemeanors," which were detailed in 11 articles of impeachment. The primary charge against Johnson was violation of the Tenure of Office Act, passed by Congress in March 1867, over his veto. Specifically, he had removed from office Edwin M. Stanton, the secretary of war—whom the act was largely designed to protect—and attempted to replace him with Brevet Major General Lorenzo Thomas. (Earlier, while the Congress was not in session, Johnson had suspended Stanton and appointed General Ulysses S. Grant as secretary of war ad interim.)
The right answer for the question that is being asked and shown above is that: "C) CH3CH2MgBr, ether; then KMnO4, OH2 ; then H3O+; then Br2, FeBr3."
These are the following choices:
A) Br2, FeBr3; then KMnO4, OH2<span> ; then H</span>3O+
B) KMnO4, OH2<span> ; then H</span>3O+; then Br2, FeBr3
C) CH3CH2MgBr, ether; then KMnO4, OH2<span> ; then H</span>3O+; then Br2, FeBr3
D) CH3CH2Br, AlCl3; then Br2, FeBr3; then KMnO4, OH2<span> ; then H</span>3O+
