Answer:
The four basic families of shape production processes are:
(1) Casting, (2) Material removal, (3) Deformation processes, and (4) Consolidation
processes.
1. Casting processes can produce extremely complex shapes, but may have defects related to shrinkage and porosity.
2. Material removal processes can have outstanding precision, but generate scrap as the material is cut away.
3. Deformation processes can offer high rates of production, but require powerful equipment and
dedicated tools or dies.
4. Consolidation processes can produce large or complex shapes, but the joints may possess properties that are different from the base material.
Answer:
shaft is not transform 100% power
Explanation:
given data
current = 10 amp
voltage = 110 v
torque = 10.2 Nm
rotating speed N = 1000 rpm
solution
we get here first power that is consume by motor is express as
power = current × voltage .........1
power = 10 × 110
power = 1100 W
and power that transmit by shaft is express as
power = T × ω
power = T ×
power = 10.2 ×
power = 1068.14 W
so we can say from above both power
shaft is not transform 100% power
Explanation:
Utilising the principles of a circular economy and making sure the products they purchase are not manufactured in a way that adversely affects the environment.
Diode logic gates are not suitable for cascading operation because the pull-down or pull-up resistance within makes them a high output resistance device.
<h3>What is a
cascading operation?</h3>
A cascading operation refers to a process in electrical engineering which involves the use of a circuit breaker's current-limiting capacity, so as to enable an installation of lower-rated and lower-cost circuit breakers.
According to the National Electrical Code (NEC), diode logic gates are not entirely suitable for cascading operation due to the fact that the pull-down or pull-up resistance within makes them a high output resistance device.
Read more on logic gates here: brainly.com/question/24708297
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