For evaluation probability of measurement of length of a part being a certain value, discrete probability distributions can be used.

For evaluation probability of measurement of length of a part being a certain value, discrete probability distributions can be used. Correct Answer False

The length of a part is always measured as a continuous value. Taking this fact into account, we cannot use discrete probability distributions for evaluation of probability. The continuous probability distributions are used for the above mentioned purpose.
Bissoy MCQ

Related Questions

Lognormal distributions are a part of discrete distributions.
Which among the following are the anthropometric procedures for measurement?
1. Length measurement
2. Head circumference measurement
3. Weight measurement
4. Waist measurement`
Given below are two statements Statement I : Tyler Model of curriculum is based on four main components : purposes, experiences, methods and evaluation. Statement II : Stake’s model of curriculum evaluation is based explicitly on the assumption that the concerns of the stakeholders - those for whom the evaluation is done - should be paramount in determining the evaluation issues. In light of the above statements, choose the most appropriate answer from the options given below
Consider the following statements for dynamic characteristics of a measurement system: 1. Fidelity is defined as the degree to which a measurement system indicates changes in the measured quantity without any dynamic error. 2. Dynamic error is the difference between the true value of the quantity changing with time and the value indicated by the measurement system if no static error is assumed. 3. Measuring lag is the retardation in the response of a measurement system to changes in the measured quantity. Which of the above statements are correct?
The following are the two statements relating to the theory of probability. Indicate the statements being correct or incorrect.
Statement I The probability of the joint occurrence of independent events A and B is equal to the probability of event A multiplied by the probability of event B or vice-versa.
Statement II The probability of the joint occurrence of independent event A and dependent event B is equal to the probability of event A multiplied by the conditionalprobability of event B when event A has occurredor vice-versa.
What of these can be used as a reasonable model for measurement system capability studies? Here y,x and ε denote the observed measurement, true measurement, and the measurement error respectively.
The process of converting discrete-time continuous valued signal into discrete-time discrete valued (digital) signal is known as ____________
An unbalanced dice (with 6 faces, numbered from 1 to 6) is thrown. The probability that the face value is odd is 90% of the probability that the face value is even. The probability of getting any even numbered face is the same.
If the probability that the face is even given that it is greater than 3 is 0.75, which one of the following options is closest to the probability that the face value exceeds 3?
Teacher’s question and student’s answers in a classroom are given below (i) Question: What units of measurement are being used in a cloth - shop to measure the length and breadth of cloth ? Answer: Metre and centimetre (ii) Question: What unit of weight are being used in the wholesale shops selling rice, dal, sugar etc. Answer: Quintal and Kilogram (iii) Question: What units of weight are being used in gold ornament shops ? Answer: Gram and milligram From instructional objective point of view the above mentioned question and answer belongs to which categories ?
A log of wood was cut into three parts, such that the length of the first part is 40% less than the second part, while the length of the third part is 50% more than the first part. Then the length of the second part is what percentage of the length of the log?