Answer:
i think i know let me figure it out. but i might be wrong
Explanation:
<h3>
Answer: g(x) = 2sin(x)+3</h3>
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Explanation:
We start with y = sin(x) or f(x) = sin(x). Recall that y = f(x) since both are outputs.
Vertically stretching by a factor of 2 means we multiply each y value by 2.
This means,
y = sin(x)
2y = 2sin(x)
Then we shift 3 units up. So we add 3 to the y coordinate
2y+3 = 2sin(x)+3
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We can track an example point to see this movement in action. For instance, let's focus on the point (pi/6,1/2) which is on f(x). I'm in radian mode.
Stretching f(x) vertically by a factor of 2 means (pi/6,1/2) moves to (pi/6, 1) after the stretching occurs. I multiplied the y coordinate by 2, and kept the x coordinate the same.
Then we shift up 3 units to go from (pi/6, 1) to (pi/6, 4). You add 3 to the y coordinate and keep the x coordinate the same. Note that plugging x = pi/6 into g(x) = 2sin(x)+3 leads to 4.
Respuesta y explicación:
El sondeo vesical, más conocido como sondaje vesical, es una técnica invasiva de gran utilidad médica en la que al paciente se le introduce una sonda desde el meato uretral hasta la vejiga urinaria.
Ésta práctica tiene diversos fines, tanto terapéuticos como diagnósticos, ya que es de vital importancia a la hora de facilitar la salida de la orina en los casos donde el paciente presenta una uretra o vejiga obstruida, o bien para acompañar una mejor recuperación del paciente durante el postoperatorio de intervenciones quirúrgicas. Además, el sondaje vesical es de utilidad para llevar un correcto control de la diuresis del paciente.
The answer is: "testimonials" .
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" <span>Health care manufacturers and health foods often rely on statements or personal appearances called <u> testimonials </u><u /> to sell their products."
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