Answer:
Step-by-step explanation:
We know sum of the interior angles of a quadrilateral is 
therefore we can write
so
So smallest interior angle is 
Largest interior angle 
Answer:
10 minutes = 1.047198 radians
10 minutes = 60 degree
Step-by-step explanation:
we know that
There is 60 minutes in an hour
so it is This is 2 Pi radians
so 10 minutes is 
or 
th of an hour
and here we know the hand will travel of the full circle
and we know A full circle measures 2 Pi radians
2 × pi radians = 360 degrees
10 minutes = × 2 × pi radians
10 minutes = 
× pi radians
10 minutes = 1.047198 radians
10 minutes = 60 degree
Answer:
The answer is C
Step-by-step explanation:
117 + 23 =140 and you have $140 in all so you spent it all
It is given that at the moment the first pulse reaches the wall, a second pulse is sent down the spring. Now, when the two pulses meet they will be subject to the principle of superposition and as one is upside down (the reflected pulse) and the other is up (the second pulse), there will be a nullifying effect and the spring will appear straight for that split moment. Thus we can say that there will be a destructive interference where one pulse will destroy the other or in other words nullify the other's existence. After that moment the pulses will move towards their respective ends as if nothing happened.
Hence, Option B is the correct option.
Smallest #: x
Medium #: x + 2
Largest #: x + 4
Equation:
(x) + (x+2) + (x+4)= 108
3x + 6 = 108
3x = 102
x = 34
Largest #: x + 4
Largest #: 34 + 4
Largest #: 38
