There are 6 pockets all together.  You checked two of them and it wasn't 
there.  So you can forget about those 2, and now there are 4 pockets left.
The total number of ways for your next try is 4.
The number that will be successful is 1.
The probability of success on the next one is  <em>1/4  =  25% .</em> 
=======================================================
Another method of solution, somewhat more complex:
Total number of pockets = 6.
Amount of money missing = $10
First partial sum, i.e. sum of numbers 
 in the first part of the problem = 6 + 10  =  16.
Total number of pockets  =  6
Current value of cargo pants on a fashion scale from 1 to 10  =  -2.
Second partial sum =  6 - 2  =  4. 
  Probability = (second partial sum) / (first partial sum) = 4/16  =  <em>25% </em>.
        
             
        
        
        
Answer:
                                              Circumcenter          Incenter              Centroid
Formed by intersection of   Perp. Bisectors    Angle bisectors     Medians
Type of circle                        Circumscribed      Inscribed               No circle
Special property              Equidistant from Equidistant from  Center of mass
                                                       vertices              Sides
 
 
        
             
        
        
        
Answer:
-6.5
Step-by-step explanation:
-2(p - 1) = 15
-2p + 2 = 15
-2p = 13
p = -6.5
 
        
             
        
        
        
Answer:
a) ⅓ units²
b) 4/15 pi units³
c) 2/3 pi units³
Step-by-step explanation:
4y = x²
2y = x
4y = (2y)²
4y = 4y²
4y² - 4y = 0
y(y-1) = 0
y = 0, 1
x = 0, 2
Area 
Integrate: x²/4 - x/2
From 0 to 2
(x³/12 - x²/4)
(8/12 - 4/4) - 0
= -⅓
Area = ⅓
Volume:
Squares and then integrate 
Integrate: [x²/4]² - [x/2]²
Integrate: x⁴/16 - x²/4
x⁵/80 - x³/12
Limits 0 to 2
(2⁵/80 - 2³/12) - 0
-4/15
Volume = 4/15 pi
About the x-axis 
x² = 4y
x² = 4y²
 Integrate the difference
Integrate: 4y² - 4y
4y³/3 - 2y²
Limits 0 to 1
(4/3 - 2) - 0
-2/3
Volume = ⅔ pi 
 
        
             
        
        
        
9514 1404 393
Answer:
   dy/dx = y/(2x)
Step-by-step explanation:
The product formula can be used, along with the power rule.
   d(uv) = du·v +u·dv
__
   d(y^2/x) = d(18)
   2y·dy/x -y^2/x^2·dx = 0
   2x·dy -y·dx = 0 . . . . . . . . multiply by x^2/y
   dy/dx = y/(2x) . . . . . . . . add y·dx, divide by 2x·dx