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What else can I help you with?
What are the 3 types of tolerances used in mechanical drawings?
limit, unilateral, and bilateral
What is the difference between a general and specific tolerance and how can you tell the difference on the drawing?
when reading a blueprint, a general tolerance would apply for all dimensions that are not individually identified. eg, all tolerances are +\- .030" General tolerances are normally found in the information blocks of the blueprint. If for example a tighter tolerance is required, then a specific tolerance is noted for certain areas of the blueprint. These tolerances are normally found beside the affected area.
What are the typical ways of communicating technical information and how much detail should be included?
Many ways are used to communicate technical information, such as, oral and writtenIn all cases enough detail must be included to fully understand without confusion.
How do you identify workpiece reference points and systems of tolerance?
Reference points: Think about how the part will be made, and how it will be inspected. Usually something will make sense. Try to keep common references between drawing views, and if possible try to base everything from points, planes, or edges that appear in multiple views. Tolerances: Consider how the part will be made- what minimum tolerances can be held on the intended equipment and processes? What is the maximum tolerance on the individual parts that will allow the assembly to fit together and function properly? The right answers lie between those extremes.
What measurements will each of these instruments take?
There is no instrument on that list that can take any reliable measurements.
Why do you need tolerances on dimensions?
Tolerances on dimensions are essential because they account for manufacturing variations and ensure that parts fit and function together properly. They provide a range of acceptable measurements, allowing for minor deviations while maintaining the integrity and performance of the final product. Without tolerances, even small discrepancies could lead to assembly issues, reduced reliability, or failure of components in practical applications. Ultimately, tolerances enhance quality control and facilitate efficient production processes.
Why not to calculate Cp for unilateral tolerance?
Calculating Cp for unilateral tolerance is not advisable because Cp assumes a symmetrical distribution of measurements around the target value, which is not the case with unilateral tolerances. Unilateral tolerances only allow variation in one direction (either upper or lower), leading to a lack of symmetry and potential underestimation of process capability. This can result in misleading conclusions about the process's ability to meet specifications, as it does not account for the increased risk of nonconformance. Therefore, alternative metrics, like Cpk, which consider the mean and variability in relation to the specific tolerance limits, are more appropriate for unilateral tolerances.
How many types of tolerances are there that can be tested?
3
Why is vernier caliper or a micrometer gauge more accurate for taking measurements than a meter stick?
The caliper and micrometer use a dial or digital readout to measure the distance between the tips. The tolerances of these tools can be under .001 inch, making them extremely accurate.
Bilateral tolerances - result in a ------ sided distribuition?
I am working on a statistical test - its open source and open book, there is a question of bilateral tolerances +/- result in a ----------sided distribution
What is typical line voltage tolerances?
Tolerances are about +/- 5 percent. Scroll down to related links and look at "List of countries with mains power_plugs, voltages and frequencies - Wikipedia".
What are the uses of micrometer screw gauge?
Micrometer screw gauges are used for measuring very small distances with high precision, typically in the range of 0.01 mm to 0.001 mm. They are commonly used in engineering, machining, manufacturing, and laboratory settings where precise measurements are crucial. Micrometer screw gauges provide accurate measurements that can be read easily and are commonly used for components that require tight tolerances.
What is a religious tolerances?
Acceptance of the right of your neighbor to practice his or her faith.
What are geometric tolerances?
Geometric tolerances are specifications that define the allowable variations in the form, orientation, location, and size of features on a part. They help ensure that components fit and function properly in assembly, regardless of minor manufacturing discrepancies. These tolerances are represented using symbols and annotations on engineering drawings, guiding manufacturers in producing parts that meet design intent. By specifying geometric tolerances, engineers can improve quality control and reduce assembly issues in mechanical systems.
What is the maximum allowable resistance of a 680ohms resistor?
This depends on the tolerance rating of the resistor. There's 1, 2, 5, 10% tolerances. For tighter tolerances, you pay a premium - you can get tolerances as close as .1%. This is defined by one of the bands on the resistor. For a 10% tolerance, the maximum resistance of a 680 ohm resistor could be 748 ohms.
Tolerances according to NF A 66-001 TF 17?
NF A 66-001 TF 17 outlines specific tolerances for various construction and manufacturing processes, focusing on dimensional accuracy and quality control. These tolerances are crucial for ensuring compatibility and interoperability of components in assemblies. The standard provides guidelines for acceptable variations in size, shape, and position, which are essential for maintaining functional performance. Adhering to these tolerances helps minimize defects and improves overall product reliability.
Are pot tolerances different than other drugs?
Don't do drugs.
