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What is the answer to cx-a equals n?
We honestly don't know what the question is.
What is the slope of a parabola of equation x equals cy2?
1/([*sqrt(cx)]
What are the possible values of c in the line y equals cx plus 1 which is a tangent to the curve y equals 3x squared -4x plus 4 showing work?
If y = cx + 1 is a tangent then it intersects the curve only once. Therefore cx + 1 = 3x^2 - 4x + 4 has only one root that is, 3x^2 - (c+4)x + 3 has a single root therefore the discriminant is 0: (c+4)^2 - 4*3*3 = 0 (c+4)^2 = 36 c + 4 = sqrt(36) = -6 or +6 Therefore c = -10 or c = 2.
How solve Let Ab And C Be Real Positive Parameters square root of a plus bx plus square root of b plus cx plus square root of c plus ax square root of b - ax plus square root of c - bx plus square roo?
To solve the expression involving square roots of the form (\sqrt{a + bx} + \sqrt{b + cx} + \sqrt{c + ax}), you can analyze it by substituting specific values for (x) or using calculus to find critical points. Additionally, applying algebraic manipulation or inequalities (like the Cauchy-Schwarz inequality) could help in simplifying the expression. If you're looking for a maximum or minimum value, consider differentiating the expression with respect to (x) and solving for critical points.
What must be true about the relationship between a and c and the relationship between b and d for the equation ax plus b equals cx plus d to have no solution?
For the equation ( ax + b = cx + d ) to have no solution, the coefficients of ( x ) must be unequal, meaning ( a \neq c ). Additionally, the constants must not be equal when the terms involving ( x ) are eliminated, which translates to ( b \neq d ). Therefore, the relationships must be ( a \neq c ) and ( b \neq d ).
What is CX plus XC?
CX represents the Roman numeral for 110, while XC represents 90. When you add them together, CX (110) plus XC (90) equals 200. In Roman numerals, 200 is represented as CC.
What is x as the subject what equation ax plus b equals cx plus d?
x = (d-a)/(a-c)
What is the answer to cx-a equals n?
We honestly don't know what the question is.
If ax equals b minus cx then x equals?
x = b/(a + c)
What is y-d equals cx in Slope-Intercept Form?
y - d = cx so d = - cx + y That is the slope-intercept form in the c-d plane. Slope = -x Intercept = y
What is the slope of a parabola of equation x equals cy2?
1/([*sqrt(cx)]
In triangle abc variable x is the centroid if cw equals 15 what is cx and xw?
no
What are the possible values of c in the line y equals cx plus 1 which is a tangent to the curve y equals 3x squared -4x plus 4 showing work?
If y = cx + 1 is a tangent then it intersects the curve only once. Therefore cx + 1 = 3x^2 - 4x + 4 has only one root that is, 3x^2 - (c+4)x + 3 has a single root therefore the discriminant is 0: (c+4)^2 - 4*3*3 = 0 (c+4)^2 = 36 c + 4 = sqrt(36) = -6 or +6 Therefore c = -10 or c = 2.
Can you give me a general equation for x equals 2 22x equals 44 x equals 3 32x equals 96 x equals 4 42x equals 168 and so on?
P = Cx 'P' = the product 'C' = any integer
What must be true about the relationship between a and c and the relationship between b and d for the equation ax plus b equals cx plus d to have no solution?
For the equation ( ax + b = cx + d ) to have no solution, the coefficients of ( x ) must be unequal, meaning ( a \neq c ). Additionally, the constants must not be equal when the terms involving ( x ) are eliminated, which translates to ( b \neq d ). Therefore, the relationships must be ( a \neq c ) and ( b \neq d ).
What is the equation of the line a2yx plus 3by-2x plus 1 cx plus y4 dy2x-2?
Unfortunately, limitations of the browser used by Answers.com means that we cannot see most symbols. It is therefore impossible to give a proper answer to your question. Please resubmit your question spelling out the symbols as "plus", "minus", "equals" etc. And using ^ to indicate powers (eg x-squared = x^2).
What is the next number in this patten cix cx?
They are Roman numerals for 109 and 110 so the next numerals are cxi which equals 111
