Answer:
Direct rule is when an imperial or central power takes direct control over the legislature, executive and civil administration of an otherwise largely self-governing territory.
Explanation:
<u>Answer:</u>
Deposition is a "conservative" while erosion is a "destructive" mechanism.
<u>Explanation:</u>
Deposition is when the surface is exposed to sediments, dirt, or rocks. It's the inverse of erosion. Deposition is a positive method since it builds or produces surface features. As over time wind, water and other forces will wear away sediments, so must sediments be accumulated as well. The process through which water vapor transforms spontaneously to ice in sub-freezing air, without first becoming a liquid is one of the instance of deposition.
In earth science, erosion is the activity of surface mechanisms that detach soil, rock, or soluble material from one place on the crust of the Earth, and then transferred it to another. For an instance wind carries away small pieces of rock from a mountain side.
Answer:
(b,c) proactive interference
Explanation:
The term 'Interference' refers to the forgetting that occurs in long-term memory.
Proactive interference: Proactive interference is defined as the phenomenon in which old information works as a hindrance in recalling the new information. Also, this phenomenon consists of reverse interference as compared to retroactive interference.
Example: Proactive interference occurs while remembering the telephone number.
Hence, Janica is facing difficulty because of proactive interference.
The statement that describes the views of some who opposed Al Smith in 1928 is D. Only white Protestants should be president.
Answer:
486.76 Hz ; 1460.29 Hz
Explanation:
Given that :
Length of vocal tract = 17cm
Velocity of sound in air = 331 m/s
The first and second formants of the voice ;
First formants :
F1 = V / 4L
V in m/s ; L in m
F1 = (331 m/s) / (4 * 17/100 m)
F1 = (331 m/s) / 0.68 m)
F1 = 486.76470 Hz
F1 = 486.76 Hz
Second Formants :
F2 = 3V / 4L
V in m/s ; L in m
F2 = (3 * 331 m/s) / (4 * 17/100 m)
F2 = (3 * 331 m/s) / 0.68 m)
F2 = 993 m/s / 0.68 m
F2 = 1460.2941 Hz
F2 = 1460.29 Hz
