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Function A is a linear function whose graph includes the points (0,7)(0,-7) and (3,0)(3,0). \newlineWhich of the following functions has the same yy-intercept as Function A?\newlineChoices:\newline(A) y=73xy = -\frac{7}{3}x\newline(B) y=73xy = \frac{7}{3}x\newline(C) y=3y = 3\newline(D) y=7y = -7

Full solution

Q. Function A is a linear function whose graph includes the points (0,7)(0,-7) and (3,0)(3,0). \newlineWhich of the following functions has the same yy-intercept as Function A?\newlineChoices:\newline(A) y=73xy = -\frac{7}{3}x\newline(B) y=73xy = \frac{7}{3}x\newline(C) y=3y = 3\newline(D) y=7y = -7
  1. Find y-intercept Function A: To find the y-intercept of Function A, we look at the point where x=0x=0. The point (0,7)(0,-7) tells us the y-intercept is 7-7.
  2. Identify y-intercept in choices: Now we need to find which of the given functions has a y-intercept of 7-7. The y-intercept is the constant term in the equation of a line when x=0x=0.
  3. Evaluate choice (A): Looking at the choices, (A) y=73xy = -\frac{7}{3}x has no constant term, so its yy-intercept is 00, not 7-7.
  4. Evaluate choice (B): Choice (B) y=73xy = \frac{7}{3}x also has no constant term, so its yy-intercept is 00, not 7-7.
  5. Evaluate choice (C): Choice (C) y=3y = 3 is a horizontal line with a yy-intercept of 33, not 7-7.
  6. Evaluate choice (D): Choice (D) y=7y = -7 is a horizontal line with a yy-intercept of 7-7. This matches the yy-intercept of Function A.

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