Solid Functions Pak

S_box	S_cube	S_rtclyd	S_rtcone	S_rtprsm	S_rtpyr	S_sphere
V_box	V_cone	V_cube	V_cylndr	V_prism	V_pyrmid	V_sphere

These functions are used to find the surface area and volume of the basic three-dimensional solids such as cones, prisms, and etcetera . Unlike those programs with useless codes and large file sizes, these fourteen functions make it simple to get the solution of your problems. They are like the calculators built-in functions so you can enter the information necessary and receive an answer. It can be stored anywhere and each function can be deleted or added whenever you like unlike the other large programs that have things you don’t need but can’t delete or the program will be irreparable.

All functions are done in the SOLID folder which you should have on your calc. The extra folder is to keep the functions separate and help with easier memory operations.

S_box User-Defined

S_box(length, width, height) è surfaceArea

This function solves for the surface area of a rectangular prism given the length, width, and height using the formula 2lw+2wh+2lh. The dimensions can also be variables if necessary.

S_box(3,4,5) 94

S_box(x,2x,x+3) 2x(5x+9)

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S_cube User-Defined

S_cube(side) è surfaceArea

This function solves for the surface area of a cube, or a rectangular prism with congruent sides and faces, given one of the sides using the formula 6s². The dimensions can also be variables if necessary.

S_cube(3) 54

S_cube(x) 6x²

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S_rtclyd User-Defined

S_rtclyd(radius, height) è surfaceArea

This function solves for the surface area of a right cylinder given the circular radius and its height using the formula 2πrh+2πr². The dimensions can also be variables if necessary.

S_rtclyd(3,10) 78π, 245.044…

S_rtclyd(x,5x) 12πx², 37.699x²

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S_rtcone User-Defined

S_rtcone(radius, slantHeight) è surfaceArea

This function solves for the surface area of a right cone given the circular radius and its slant height, or the distance from a point on the circumference of its base to the apex (highest point) of the cone, using the formula πrl+πr². The dimensions can also be variables if necessary.

S_rtcone(3,10) 39π, 122.522…

S_rtcone(x,5x) 6πx², 18.85x²

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S_rtprsm User-Defined

S_rtprsm(height, perimeter, baseArea) è surfaceArea

This function solves for the surface area of a right prism given the height, perimeter of one of the bases, and the base area using the formula hp+2B. The dimensions can also be variables if necessary.

S_rtprsm(3,20,15) 90

S_rtprsm(x,6x,5x) 6x²+10x

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S_rtpyr User-Defined

S_rtpyr(slantHeight, perimeter, baseArea) è surfaceArea

This function solves for the surface area of a right pyramid given the slant height, perimeter of one of the bases, and the base area using the formula ½lp+B. The dimensions can also be variables if necessary.

S_rtpyr(10,20,15) 115

S_rtpyr(3x,6x,5x) 9x²+5x

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S_sphere User Defined

S_sphere(radius) è surfaceArea

This function solves for the surface area of a sphere given the radius using the formula 4πr². The dimensions can also be variables if necessary.

S_sphere(4) 64 π, 201.062…

S_sphere(x) 4 πx², 12.566x²

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V_box User-Defined

V_box(length, width, height) è volume

This function solves for the volume of a rectangular prism given the length, width, and height using the formula lwh. The dimensions can also be variables if necessary.

V_box(3,4,5) 60

V_box(x,2x,x+3) 2x²(x+3)

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V_cube User-Defined

V_cube(side) è volume

This function solves for the volume of a cube, or a rectangular prism with congruent sides and faces, given one of the sides using the formula s³. The dimensions can also be variables if necessary.

V_cube(3) 27

V_cube(x) x³

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V_cylndr User-Defined

V_cylndr(radius, height) è volume

This function solves for the volume of a cylinder given the circular radius and its height using the formula πr²h. The dimensions can also be variables if necessary.

V_cylndr(3,10) 90π, 282.743…

V_cylndr(x,5x) 5πx³, 15.708x³

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V_cone User-Defined

V_cone(radius, height) è volume

This function solves for the volume of a cone given the circular radius and its height, or the distance from the center of the circular base to the apex (highest point) of the cone, using the formula ⅓πr²h. The dimensions can also be variables if necessary.

V_cone(3,10) 30π, 94.248…

V_cone(x,5x) (5πx³)/3, 5.236x³

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V_prism User-Defined

V_prism(baseArea, height) è volume

This function solves for the volume of a prism given the base area and height using the formula Bh. The dimensions can also be variables if necessary.

V_prism(20,5) 100

V_prism(5x,2x) 10x²

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V_pyrmid User-Defined

V_pyrmid(baseArea, height) è volume

This function solves for the volume of a pyramid given the base area and height using the formula ⅓Bh. The dimensions can also be variables if necessary.

V_pyrmid(10,20) 66.666...

V_pyrmid(3x,6x) 6x²

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V_sphere User Defined

V_sphere(radius) è volume

This function solves for the volume of a sphere given the radius using the formula 4/3πr³. The dimensions can also be variables if necessary.

V_sphere(4) 64 π, 201.062…

V_sphere(x) 4 πx², 12.566x²

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