Answer:

Step-by-step explanation:
The picture of the question in the attached figure
we know that
The measurement of the external angle is the half-difference of the arches that comprise
so

Remember that the sum of the major arc and a minor arc is equal to 360 degrees
we have
 ----> is given
so

substitute the values

 
        
                    
             
        
        
        
To figure this out, divide the annual salary by the months in a year.
29,500/12=2458.33 
Now divide that by half of the amount of weeks in month
2458.33/1.5=1638.88
So the answer is none of the above.
        
             
        
        
        
You would use the cosine rule for this as you have 2 lines and are given the angle between them
The angle can be figured out easily as the clock has 12 equal components, meaning each component is 360/12 which is 30
As there are 5 components between A and B the angle is 30*5 =150
You can plug all of this into the cosine rule 
a^2= b^2+c^2-2bcCos(A)
So a = sqrt( 10^2 +7^2 -(2*10*7) cos150)
a=16.4 to 3 sf
        
             
        
        
        
Answer:
(1) 23.55mm³
(2) 340.17in³
Step-by-step explanation:
Volume of a cone is: 
'r' - radius 
'h' - height
<h3>Cone 1:</h3>
The height of Cone 1 is 10 mm. The Diameter of Cone 1 is 3mm.
Radius is half the Diameter. 

The radius is 1.5 mm. 

The volume of Cone 1 should be about 23.55mm³.
<h3>Cone 2:</h3>
The height of Cone 2 is 13 in. The Radius of Cone 2 is 5 in. 
Using 3.14 as pi:

340.166666667 ≈ 340.17
The volume of Cone 2 should be about 340.17in³.
 
        
             
        
        
        
Answer:
I would say b
Step-by-step explanation: