we know that
m∠PTS=m∠RTQ -----> by vertical angles
Step 1
m∠RTQ+m∠QTS=
-------> by supplementary angles
solve for m∠QTS
m∠QTS=
-m∠RTQ -------> equation 
Step 2
m∠PTS+m∠QTS=
-------> by supplementary angles
solve for m∠QTS
m∠QTS=
-m∠PTS -------> equation 
Step 3
equate equation
and equation 
-m∠RTQ=
-m∠PTS
-m∠RTQ=-m∠PTS
so
m∠RTQ=m∠PTS
therefore
<u>the answer is the option A</u>
Sum of the measures of angles RTQ and QTS is 180°
Answer:
i THINK it is 3000
Step-by-step explanation:
We know that
using a graph tool
see the attached figure
<span>The diver reaches the surface when d = 0
</span>so
<span>0.5t (3.5t- 28.25)=0---------> the solution is
0.5t=0--------> t=0
and
</span><span>(3.5t- 28.25)=0----------> 3.5t=28.25--------> t=28.25/3.5--------> t=8.07 minutes
</span><span>
the time it takes for the diver to reach the surface is when the depth is zero
the time is 8 minutes
the answer is
8 minutes</span>
No you would not have enough flour because if you add those to mixed numbers together you would get 4 and 1/12