Disk, Washer, or Slicing

What method would you use to find the volume of the region bounded between  $y=x^2,\ y=2$   when revolved around the line  $y=2$  

• Disk Method

• Washer Method

• Volume By Slicing

What method would you use to find the volume of the region bounded between  $y=x^2,\ y=5$ with cross sections that are semicircles perpendicular to the y-axis.

• Disk method

• Washer Method

• Volume by Slicing

What method would you use to find the volume of the region bounded between  $x=y^2,\ x=9$   when revolved around the line  $x=9$  

• Disk Method

• Washer Method

• Volume By Slicing

What method would you use to find the volume of the region bounded between  $y=x^2,\ y=2-x^2$   when revolved around the line  $y=-1$  

• Disk Method

• Washer Method

• Volume by Slicing

What method would you use to find the volume of the region bounded between  $y=x^3,\ y=8$ and the y-axis when revolved around the x axis.

• Disk method

• Washer Method

• Volume by Slicing

What method would you use to find the volume of the region bounded between  $y=x,\ y=2,\ x=4$  when revolved around the line  $x=4$  

• Disk method

• Washer method

• Volume By Slicing

What method would you use to find the volume of the region given by  $x^2+y^2\le5$ with cross-sections that are isosceles triangles with one leg as the base perpendicular to the y-axis.

• Disk Method

• Washer Method

• Volume By Slicing

What method would you use to find the volume of the region bounded between  $y=x^2,\ y=5$ when revolved around the line  $y=6$  

• Disk Method

• Washer Method

• Volume By Slicing

What method would you use to find the volume of the region bounded between $x=-y^2,\ x=-2$ when revolved around the line   $y=-2$ 
 

• Disk method

• Washer Method

• Volume By Slicing

What method would you use to find the volume of the region bounded between  $y=-x^2-1,\ y=-8$   when revolved around the line  $y=-1$  
 

• Disk Method

• Washer Method

• Volume by Slicing