Answer:
Correct answer is interference.
Explanation:
Interference is the correct answer, because as the term itself says it refers to the policy of involvement of affairs of other, and it this case to interfere in the relations between Britain and other countries.
First option because it refers of the act when you are taking something away from someone.
Third and fourth option is not correct as this terms are not related in any way to interference in political affairs.
Answer:
Repressive regimes would try to maintain an absolute power over the society it ruled over.
Explanation:
- A repressive government is the one form of government which always restricts or forbid people's freedom and control their life by using state force. Under repressive government freedom of speech is banned, Media is controlled by the regime, No political opposition and even No civil society are allowed to work.
- Under repressive regimes, it can not be allowed the people to freely express their opinion against the regime and if they do so it is seen as Illegal or against the state authority and it is a punishable offense.
- Civil society is banned in the repressive regime because repressive like to operate alone and they do not want to share their authority with any other or especially with Civil society which can later speak against the Ill practices of the regime.
Answer: Spiritual support
Explanation:
Here, in this scenario we can state that the participation can be referred to as the use of a <em>spiritual support. </em>Here, the local church acts as the support group which is typically the involved in the work of a hospital chaplains, that are known to be involved with local priest and spiritual leaders in order to help the individuals so as to provide them with spiritual support.
That sounds correct according to what I researched quickly
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+