Answer:
Function 1: None of the Above
Function 2: Quadratic
Function 3: Linear
Step-by-step explanation:
Function 1: It isn't linear because the y-axis doesn't go up or down at a constant rate, it isn't quadratic because it doesn't have a vertex, and it isn't exponential because it doesn't continue going up.
Function 2: It has a vertex-(6,32)
Function 3: The y-axis goes up at a constant rate of 6.
(Oya-hopes this helps.....)
Angle b is 22°
Step-by-step explanation:
- Step 1: Find angle b if a = 68°
Since they are complementary, a + b = 90°
⇒ b = 90 - 68 = 22°
Answer:
g(x) is shifted 5 units to the right and 2 units up
Step-by-step explanation:
We know that the translations equation is:
f(x) = 
The denominator is responsible for the translation on the x-axis, and (k) is responsible for the translation on the y-axis.
Take that (x) is always lying, and lies about the positive and negative sign in the denominator. So whenever we see a sign we take its opposite. In this case we have :

Now that we know x is lying, we will take the translation of the denominator as 5 units to the right. After the fraction is over we have a +2, so we know that there is a translation of 2 units up.
Hope this helped......
Answer:
The slope of the line is 1.
Step-by-step explanation:
The equation is written in slope intercept form. ( y=mx+b). The variable m represents the slope of the line. Due to the fact there is no number in front of the x variable, that tells us that the slope is just 1.
The required Standard electrode potential is +1.18V.
What is Standard electrode potential?
- The difference in voltage between the cathode and anode is known as the standard cell potential. View Cell Potentials for more details. All of the standard potentials are determined using 1 M solutions, 1 atm, and 298 K.
- The difference between the two electrodes, known as the standard cell potential (Eocell), creates the cell's voltage.
- The equilibrium potential can be measured using the standard electrode potential.
- The potential of a cell under normal state circumstances, which are roughly represented by concentrations of 1 mole per litre, is known as the cell's standard state potential.
Given that,

E°cell , 
0.0-(-1.18)=+1.18V
=+1.18V
The required Standard electrode potential is +1.18V.
Learn more about Standard electrode potential here:
brainly.com/question/14240930
#SPJ4