A cylindrical container that contains three tennis balls that are 2. 7 inches in diameter is lying on its side and passes throug
1 answer:
The correct option is c, which is A rectangle that is 5.4 in x 16.2 in.
<h3>Rectangle</h3>A rectangle is a quadrilateral with opposite sides parallel and equal to each other. Also, all the angles of the rectangle are equal to 90°.
Given
A cylindrical container that contains three tennis balls that are 2. 7 inches in diameter is lying on its side and passes through an x-ray scanner that scans from the top only.
As given, the cylinder is lying on its side, thus for the x-ray machine, the side will be the top of the cylinder. therefore, the cylinder will look like a rectangle, like the way it is shown below.
The diameter of 3 balls will be the length of the rectangle while the width will be the diameter of 1 ball.
Hence, the correct option is c, which is A rectangle that is 5.4 in x 16.2 in.
Learn more about Cylinder:
You might be interested in
Answer:
3/2 or 1.5
Step-by-step explanation:
Answer:
The general solution is
+
Step-by-step explanation:
Step :1:-
Given differential equation y(4) − 2y''' + y'' = e^x + 1
The differential operator form of the given differential equation
comparing f(D)y = e^ x+1
The auxiliary equation (A.E) f(m) = 0
The roots are m=0,0 and m =1,1
complementary function is
<u>Step 2</u>:-
The particular equation is
P.I =
P.I =
P.I =
applying in integration u v formula
=
again integration
The general solution is
+