HP 48gII Graphing, 50g Graphing manual Sto/, +

Input/Output:

		Level 2/Argument 1	Level 1/Argument 2	Level 1/Item 1
		obj	'name'	→
		'name'	obj	→
	STO–, STO*,
See also:		STO/, +
STO–	Command
Type:
Description:	Store Minus Command: Calculates the difference between a number (or other object) and the
	contents of a specified variable, and stores the new value in the specified variable.
	The object on the stack and the object in the variable must be suitable for subtraction with each
	other. STO– can subtract any combination of objects suitable for stack subtraction.
	Using STO– to subtract two arrays (where obj is an array and name is the global name of an array)
	requires less memory than using the stack to subtract them.
Access:	!°MEMORY ARITHMETIC STO– ( °is the leftshift of the Nkey).
Input/Output:
		Level 2/Argument 1	Level 1/Argument 2	Level 1/Item 1
		obj	'name'	→
		'name'	obj	→
See also:	STO+, STO*, STO/, –
STO*	Command
Type:
Description:	Store Times Command: Multiplies the contents of a specified variable by a number or other
	object.
	The object on the stack and the object in the variable must be suitable for multiplication with
	each other. When multiplying two arrays, the result depends on the order of the arguments. The
	new object of the named variable is the level 2 array times the level 1 array. The arrays must be
	conformable for multiplication.
	Using STO* to multiply two arrays or to multiply a number and an array (where obj is an array or a
	number and name is the global name of an array) requires less memory than using the stack to
	multiply them.
Access:	!°MEMORY ARITHMETIC STO* ( °is the leftshift of the Nkey).
Input/Output:
		Level 2/Argument 1	Level 1/Argument 2	Level 1/Item 1
		obj	'name'	→
		'name'	obj	→
See also:	STO+, STO–, STO/, *
STO/	Command
Type:
Description:	Store Divide Command: Calculates the quotient of a number (or other object) and the contents of
	a specified variable, and stores the new value in the specified variable.

The new object of the specified variable is the level 2 object divided by the level 1 object. The object on the stack and the object in the variable must be suitable for division with each other. If both objects are arrays, the divisor (level 1) must be a square matrix, and the dividend (level 2) must have the same number of columns as the divisor.

Full Command and Function Reference 3239