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Find the “x” component for this vector: [a] mph at [b]o   (You will have to enter the value as a decimal for the software to check it. Round to  2 decimal places.)

You will use this problem for Questions 10 & 11. Read carefully! Q10 & 11.  A ball is launched straight up with an initial velocity of 30 m/s and falls straight back down.  Q10:  Find the height of the ball after 2 sec.  Q11:  Find the velocity of the ball after 4 sec.

You will use this problem for Questions 21, 22, & 23. Read carefully! Q21, 22, & 23.  A large wheel rotates about its center 190 times per minute.  The mass of the wheel is 3 kg and its radius is 0.3 m. Q21:  What is its angular velocity in rad/sec?            Q22:  Find its angular acceleration if it stops in 14.5 seconds. Q23:  Through what angular distance does it rotate as it stops?    

Find the  missing part to the “x” equation below of the line passing through ([a], [b], [c])  and (2, 3, 5).   x = [a] + ____ t

Choose the picture below that matches the graph of:

What was the Zimmerman Telegram?

In finding all the cube roots of this complex number, what is the 3rd angle (rounded to 2 decimal places)? [a]Cis([b]o)

find the “Y” value (to 2 decimal places) only : Convert this number to Rectangular Form: [a]Cis([b]o)

Find the “

Find the area of the sector in a circle with a radius of [a] meters, if the angle for the sector is [b]o . Round your answer to 3 decimal places.