Mathematics, 09.01.2021 01:00 justalittle
Solve the equation. Then check your solution. Four-fifths + x = StartFraction 3 Over 7 EndFraction a. StartFraction 13 Over 35 EndFraction c. 1 and StartFraction 8 Over 35 EndFraction b. Negative one-half d. Negative StartFraction 13 Over 35 EndFraction
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The radical equation 2+β2x-3 = βx+7 has a solution set [x= a0} and an extraneous root x = a1.
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Let the closed interval [a , b] be the domain of function f. the domain of f(x - 3) is given by (a) the open interval (a , b) (b) the closed interval [a , b] (c) the closed interval [a - 3 , b - 3] (d) the closed interval [a + 3 , b + 3]
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For each polynomial, determine the degree and write the polynomial in descending order. a. β4x^2 β 12 + 11x^4 b. 2x^5 + 14 β 3x^4 + 7x + 3x^3
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Solve the equation. Then check your solution. Four-fifths + x = StartFraction 3 Over 7 EndFraction a...
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