List and describe the components of this thread note by specifying A through D: M 10 X 1.5-6H [M=A, 10=B, 1.5=C, 6H=D].
What will be an ideal response?
A = M is the symbol for ISO metric threads and is always placed in this location.
B = The nominal major diameter in millimeters, followed by the symbol X, meaning by.
C= The thread pitch in millimeters, followed by a dash (-).
D = The number can be a 3, 4, 5, 6, 7, 8, or 9, which identifies the grade of tolerance from fine to coarse. The larger the number, the larger the tolerance. Grades 3 through 5 are fine, and 7 through 9 are coarse. Grade 3 is very fine and grade 9 is very coarse. Grade 6 is the most commonly used and is the medium tolerance metric thread. The grade 6 metric thread is comparable to the class 2 Unified screw thread. A letter placed after the number gives the thread tolerance class of the internal or external thread. Internal threads are designated by uppercase letters such as G or H, where G means a tight allowance and H identifies an internal thread with no allowance.
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At 180°C, water has vf = 0.0011274 m3/kg and vg = 0.1941 m3/kg. A saturated mixture of water at this temperature has a quality of 0.25.
(a) Determine the specific volume of the water. (b) If the water has a mass of 1.5 kg, determine the total volume of the water. Given: vf = 0.0011274 m3/kg; vg = 0.1941 m3/kg; x = 0.25 What will be an ideal response?
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Answer the following statement true (T) or false (F)
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