Keypad 1

Keypad 2

Keypad 3

Keypad 4

Keypad 5

Sin	Cos	Tan	Asin	Acos	Atan	Csc	Sec	Cot
Sinh	Cosh	Tanh	Coth	Sech	Csch	Asec	Acsc	Acot
Sinh⁻¹	Cosh⁻¹	Tanh⁻¹	Coth⁻¹	Sech⁻¹	Csch⁻¹	f1	f2	f3
√	3√	4√	5√	6√	7√	8√	9√	10√
11√	12√	13√	14√	15√	16√	17√	n√	Root Info

Evaluate Expression	Check Solution	Rational To Radical	Statistics
Convert To Frac	Quadratic Formula	LCM	GCF
Factor Trinomial	nPr	nCr	Matrix
Degree to Radian	Radian to Degree	Percent To Dec	Dec To Percent
Convert to π	Algebra Programs	Simplify Radical	F1

How to input expression with root:
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Instruction Manual for Scientific Calculator

Absolute value: Abs
           |-6 + 3| can be input as Abs(-6 + 3).

x², x³, x⁴, x⁵, x⁶, and x⁷
           a) Find 5² ==> Input 5 and x² and click "Submit"
           b) Find 5³ ==> Input 5 and x³ and click "Submit"
           c) Find 5⁴ ==> input 5 and x⁴ and click "Submit"
           d) Find 5⁵ ==> input 5 and x⁵ and click "Submit"
           e) Find 5⁶ ==> input 5 and x⁶ and click "Submit"
           f) Find 5⁷ ==> input 5 and x⁷ and click "Submit"

√ ̅ ̅, ∛ ̅ ̅, and ∜ ̅ ̅
           a) Find square root of 2 ==> Input √ ̅ ̅(2) and click "Submit"
           b) Find cube root of 2 ==> Input ∛ ̅ ̅(2) and click "Submit"
           c) Find fourth root of 2 ==> Input ∜ ̅ ̅(2) and click "Submit"

nPr
           a) Find nPr(8;3) ==> Input nPr(8;3)
           b) Find nPr(10;5) ==> Input nPr(10;5)

nPr
           a) Find nCr(8;3) ==> Input nCr(8;3)
           b) Find nCr(10;5) ==> Input nCr(10;5)

Sin, Cos, Tan
           Select 'Radian' mode or 'Degree' mode first; default setting is 'Radian' mode
           a) Find Cos(5) ==> Input Cos(5) and click "Submit".
           b) Find Sin(5) ==> Input Sin(5) and click "Submit".

ASIN, ACOS, ATAN
           Note: Input will be read as radian measure.
           a) Find Asin(0.5) ==> Input Asin(0.5) and click "Submit".

Factor Trinomial
           Click 'Factor Trinomial' and a new window will open.

Logarithmic Expression
           a) Evaluate log₃7 ==> Input Log(7)/Log(3) and click 'Submit'
           a) Evaluate log_π24 ==> Input Log(24)/Log(π) and click 'Submit'
           a) Evaluate log₁₂245 ==> Input Log(245)/Log(12) and click 'Submit'

Input
Output