Answer:
48π + 120
Step-by-step explanation:
Lateral area of a cylinder = Ch = πdh
1/4 of the lateral area = 12π(10)/4 = 30π
Bottom area = 6(10) = 60
Front area = 6(10) = 60
Area of base = πr^2/4 = 36π/4 = 9π
Area of two bases = 18π
Total area = 18π + 30π + 60 + 60 = 48π + 120
Answer:
For y(-7) =6.4
The largest interval is between
For y(-2.5) = -0.5.
The largest interval is between
For y(0) = 0
The largest interval is between
For y(4.5) = -2.1.
The largest interval is between
For y(14)= 1.7.
The largest interval is between
Step-by-step explanation:
From m the question we are told that
The first order differential equation is
Now the first step is to obtain the domain of the differential equation
Now to do that let consider the denominators
Now generally
side calculation
=>
Also
=>
This means that this first order differential equation is discontinuous at
So
For y(-7) =6.4
The largest interval is between
For y(-2.5) = -0.5.
The largest interval is between
For y(0) = 0
The largest interval is between
For y(4.5) = -2.1.
The largest interval is between
For y(14)= 1.7.
The largest interval is between
Answer:
The sin(A) goes with 'a'
sin(B) goes with b
sin(C) goes with c
Each angle goes with the corresponding side to form the three fractions shown. You can break up that triple equation into smaller equations such as and and
Note: if you apply the reciprocal to all three sides, then you'll get an equivalent equation. I'm using the rule that A/B = C/D is the same as B/A = D/C.
Answer:
38sqr5
Step-by-step explanation: