The measure of angle 2 is 
Explanation:
Given that
and
are complementary angles.
Also, the measure of angle 1 is 
We need to determine the measure of 
Since, we know that the complementary angles add up to 90°, then the angles
and
add up to 90°.
Thus, we have,

Substituting the value of
in the above expression, we have,

Subtracting both sides by 76°, we get,

Simplifying, we have,

Thus, the measure of angle 2 is 
I'm going for a range of 0 < x <2<span>π
This is R sin (x-a), although R is 1.
a = </span><span>π/7, so
=> sin (x-(</span><span>π/7)) = -1/(sqrt(2))
=> x = 53</span>π/28, 39<span>π/28</span>
Think of it as a normal linear equation first. Let's find the slope.
m = rise/run = (3-1)/(0-1) = -2
We know the slope is negative now, so we can immediately get rid of the first two answers. Now, we know that the solutions must be under the line itself, so we can try figuring it out by testing some points. Let's use (0,0).
Is 0 </> 0+3? Since it's <, then we know the last answer is correct (y < -2x + 3).
Answer:
the number of toppings
Step-by-step explanation:
cause the pizza the same but different amount of toppings