Rectangular Prism net:
Formula:
A=LxW
A=_x_ (plug in the numbers)
A=__cm
TSA=S1+S2+S3
TSA=_+_+_
TSA=__
Solution:
Triangular Prism:
Triangular Prism net:
Formula:
A=LxW
A=_x_ (plug in the numbers)
A=__cm (2)
A=bxh/2
A=_x_/2
A=__/2
A=__cm(2)
TSA=S1+S2+S3+S4+S5
TSA=_+_+_+_+_
TSA=__cm
Solution:
Cylinder:
Cylinder net:
Formula:
Since you will be needing the length of the circle, you should find it first by finding the circumference of the circle, because they are always equal.
C=πd
C=3.14x_
C=__
Next you will need the area of the circle, meaning you will need the radius, so find the radius of the circle.
r=d/2
r=_/2
r=__
Now that you have the radius of a circle, you can find the area of the circle.
A of circle=3.14xrxr
A of circle=3.14x_x_
A of circle=__cm(2)
Now find the Lateral Area of the square.
L.A.=L (circumference of the circle) xW
L.A.=_x_
L.A.=__cm
TSA=circle+circle+L.A.
TSA=_+_+_
TSA=__cm(2)
Solution:
Formula:
A=LxW
A=_x_ (plug in the numbers)
A=__cm (2)
A=bxh/2
A=_x_/2
A=__/2
A=__cm(2)
TSA=S1+S2+S3+S4+S5
TSA=_+_+_+_+_
TSA=__cm
Solution:
Cylinder:
Cylinder net:
Formula:
Since you will be needing the length of the circle, you should find it first by finding the circumference of the circle, because they are always equal.
C=πd
C=3.14x_
C=__
Next you will need the area of the circle, meaning you will need the radius, so find the radius of the circle.
r=d/2
r=_/2
r=__
Now that you have the radius of a circle, you can find the area of the circle.
A of circle=3.14xrxr
A of circle=3.14x_x_
A of circle=__cm(2)
Now find the Lateral Area of the square.
L.A.=L (circumference of the circle) xW
L.A.=_x_
L.A.=__cm
TSA=circle+circle+L.A.
TSA=_+_+_
TSA=__cm(2)
Solution:
Video:
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