The expression (x^2/3)-2 can be rewritten as 1/3(x-k)(x+k), where k is a positive constant...

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15. The expression 1/3 x^2-2 can be rewritten as 1/3(x-k)(x+k), where k is a positive constant. 15. The expression 1/3 x^2-2 can be rewritten as 1/3(x-k)(x+k), where k is a positive constant.
The expression 1/3x²-2 can be rewritten as 1/3(x-k)(x+k), where k is a positive constant... a0b4103e The expression 1/3x²-2 can be rewritten as 1/3(x-k)(x+k), where k is a positive constant... a0b4103e
The expression 1/3x^2 - 2 can be rewritten as 1/3(x - k)(x + k), where k is a positive constant.... The expression 1/3x^2 - 2 can be rewritten as 1/3(x - k)(x + k), where k is a positive constant....
SAT Practice Test 7, Math No Calculator, Question 15 SAT Practice Test 7, Math No Calculator, Question 15
The expression x13− 2 2 can be rewritten as( )( ) x k x k 13− + , #maths #satmathconcepts #geometry The expression x13− 2 2 can be rewritten as( )( ) x k x k 13− + , #maths #satmathconcepts #geometry
[SAT Math] Question Bank a0b4103e [SAT Math] Question Bank a0b4103e
SAT Math, Test 7, Section 3, Number 15 SAT Math, Test 7, Section 3, Number 15
The expression 4x^2 + bx - 45, where b is a constant, can be rewritten as (hx + k)(x + j), where.... The expression 4x^2 + bx - 45, where b is a constant, can be rewritten as (hx + k)(x + j), where....