Answer:
350 F to 100 F it take approx 87.33 min  
Explanation:
given data 
oven = 350◦F
cooling rack = 70◦F
time = 30 min 
cake = 200◦F
solution
we apply here Newtons law of cooling  
 = -k(T-Ta)
 = -k(T-Ta)
 =
 =  (T(t) -Ta)
 (T(t) -Ta) 
=  = -k(T-Ta)
 = -k(T-Ta)
-ky  = -ky
 = -ky
T(t) -Ta = (To -Ta)  T(t) = Ta+ (To -Ta)
 T(t) = Ta+ (To -Ta)   
 
put her value for time 30 min and T(t) = 200◦F and To =350◦F  and Ta = 70◦F
so here 
200 = 70 + ( 350 - 70 ) 
k = 0.025575 
so here for  T(t) = 100F 
100 = 70 + ( 350 - 70 ) 
time = 87.33 min 
so here 350 F to 100 F it take approx 87.33 min  
 
        
             
        
        
        
Answer: Wernicke's aphasia
Explanation:
John recently suffered a blow to his head. Since then, he finds it difficult to comprehend what others say to him. He also finds it difficult to express his thoughts and cannot seem to find the right words to say while speaking. However, he can speak freely with proper syntax. In this scenario, John is most likely suffering from Wernicke's aphasia.
Wernicke's aphasia occurs when the leftward side of the middle of the brain is damaged or has been altered. An individual who suffers from Wernicke's aphasia will have difficulty in speaking in meaningful and coherent sentences or may have difficulty in understanding the speech of others. 
 
        
             
        
        
        
Answer:
transmission: the passing of a wave through an object
Explanation:
 
        
             
        
        
        
Answer: A literature review consists of an overview, a summary, and an evaluation (“critique”) of the current state of knowledge about a specific area of research.
Explanation:
 
        
             
        
        
        
Answer:
Follows are the explanation to this question:
Explanation:
In this solution, it is defined that there are two principal motions for the moon, which are its revolution as well as rotation. In such a movement called revolution, its Moon is relocating around the Earth, in which the approximate movement of the moon from around earth has an average movement of about 13.2° per day, or 92 degrees every week, that's once in 27.3 days.