observing frequency造句
例句与造句
- If the likelihood ratio chi-square statistic is non-significant, then the model fits well ( i . e ., calculated expected frequencies are close to observed frequencies ).
- It is named for Johann Christian Doppler, a 19th-century Austrian physicist who was the first person on record to observe frequency changes in the sound of moving objects.
- Return periods are also used for forecasting other rare events, such as cyclones and floods, and assume that future frequency will be similar to observed frequency to date.
- A common assumption is to set the bandwidth to the observing frequency, which effectively assumes the power radiated has uniform intensity from zero frequency up to the observing frequency.
- Using a X ^ 2 test, build-imm determine how likely it is that the four observed frequencies are consistent with the IMM values from the next shorter context ."
- It's difficult to find observing frequency in a sentence. 用observing frequency造句挺难的
- A common assumption is to set the bandwidth to the observing frequency, which effectively assumes the power radiated has uniform intensity from zero frequency up to the observing frequency.
- If the likelihood ratio chi-square statistic is significant, then the model does not fit well ( i . e ., calculated expected frequencies are not close to observed frequencies ).
- If the source approaches the observer at an angle ( but still with a constant velocity ), the observed frequency that is first heard is higher than the object's emitted frequency.
- He is celebrated for his principle known as the Doppler effect that the observed frequency of a wave depends on the relative speed of the source and the observer.
- LOFAR is the most sensitive radio observatory at its low observing frequencies, until the next generation of large array radio telescope, the "'Square Kilometre Array "'( SKA ), comes online around 2025.
- where \ f is the observed frequency, \ f _ 0 is the rest frequency, \ v is the velocity of the emitter towards the observer, and c is the speed of light.
- The model fits well when the residuals ( i . e ., observed-expected ) are close to 0, that is the closer the observed frequencies are to the expected frequencies the better the model fit.
- Okay, so basically you're saying that the equation relating the two observed frequencies would be the Doppler equation, regardless if the emitter is actually seen ? Preceding talk ) 01 : 02, 8 December 2009 ( UTC)
- It follows from the LLN that if an event of probability " p " is observed repeatedly during independent experiments, the ratio of the observed frequency of that event to the total number of repetitions converges towards " p ".
- There are many probability distributions ( see list of probability distributions ) of which some can be fitted more closely to the observed frequency of the data than others, depending on the characteristics of the phenomenon and of the distribution.
