Questions: Question 1 Use the vertical line test to determine whether the graph represents a function. Is this the graph of a function? Yes No

Question 1 Use the vertical line test to determine whether the graph represents a function. Is this the graph of a function? Yes No
Transcript text: Question 1 Use the vertical line test to determine whether the graph represents a function. Is this the graph of a function? Yes No
failed

Solution

failed
failed

Solution Steps

Step 1: Understand the Vertical Line Test

The vertical line test is a method to determine if a graph represents a function. If any vertical line intersects the graph at more than one point, the graph does not represent a function.

Step 2: Apply the Vertical Line Test

Examine the given graph and imagine drawing vertical lines through various points along the x-axis. Check if any of these vertical lines intersect the graph at more than one point.

Step 3: Analyze the Graph

In the provided graph, observe that any vertical line drawn will intersect the graph at exactly one point. This means that for every x-value, there is only one corresponding y-value.

Final Answer

Yes, this is the graph of a function.

Was this solution helpful?
failed
Unhelpful
failed
Helpful

Questions asked by other users

failedAnswered
What does "Ahimsa" in Jainism refer to? Living a life of complete non-violence
failedAnswered
Some of the light that atomic hydrogen can emit has wavelengths of 21 cm (radio), 656 nm (red), 1.88 µm (infrared), 410 nm (violet), and 122 nm (ultraviolet). Arrange these from fastest speed to slowest speed in empty space. cm=10^-2 m (centimeters), µm=10^-6 m (microns), and nm=10^-9 m (nanometers). There is not enough information to determine the speeds. 122 nm, 410 nm, 656 nm, 1.88 µm, 21 cm 21 cm, 1.88 µm, 656 nm, 410 nm, 122 nm 1.88 µm, 21 cm, 122 nm, 410 nm, 656 nm They all travel at the same speed.
failedAnswered
The Whig Party stood for ALL of the following EXCEPT those opposed to the "monarchical" tendencies of President Andrew Jackson laborers entrepreneurs, self-made men Southern land developers those with money that were not slaveowners
failedAnswered
d/dx (1/(3x-1)^5) =
failedAnswered
20. Propriedades de um tampão O aminoácido glicina é frequentemente usado como o ingrediente principal de um tampão em experimentos de bioquímica. O grupo amino da glicina, que tem pKa de 9,6, pode existir tanto na forma protonada (-NH3^+) quanto como base livre (-NH2), devido ao equilibrio reversível: R-NH3^+ ⇌ R-NH2 + H^+ (a) Em qual intervalo de pH a glicina pode ser usada como tampão efetivo devido ao seu grupo amino? (b) Em uma solução de 0,1 m de glicina em pH 9, qual a fração de glicina que tem os seus grupos amino na forma -NH3^+? (c) Quanto de KOH 5 m deve ser adicionado em 1 L de uma solução de glicina 0,1 m a pH 9,0 para mudar o pH para exatamente 10,0? (d) Quando 99% da glicina está na forma -NH3^+, qual é a relação numérica entre o pH da solução e o pKa do grupo amino?