In some situations, speed may be prioritized over accuracy when quick decisions or actions are required, such as in emergencies or time-sensitive tasks. However, accuracy is typically more important than speed in most scenarios to avoid errors, ensure quality, and maintain credibility. It is essential to find a balance between speed and accuracy based on the specific context and requirements.
Speed is not always a requirement for doing work. The focus should be on completing tasks effectively and efficiently. Depending on the job, quality, accuracy, and attention to detail may be more important than speed.
Fast film speed can lead to increased graininess in the images, which can reduce image quality. Additionally, fast film speed may have limited dynamic range and color accuracy compared to lower speed films. Fast film speed can also be more expensive than lower speed films.
Velocity is more important than speed to weather forecasters because it includes both speed and direction of an object's motion. In weather forecasting, understanding the direction of movement of weather systems like storms is crucial for predicting their impact on a specific area, such as wind direction and potential for severe weather. By considering velocity, forecasters can provide more accurate and detailed forecasts.
The speed advantage of a first-class lever is that the distance the force is applied over can be greater than the distance the load moves, allowing for a faster speed at the expense of force. This lever configuration is often used in situations where speed is more important than force, such as in certain types of machinery or tools.
To be accurate is to be correct, for example, if you say it will rain tomorrow and it does rain tomorrow, then your prediction was accurate. Precision means to give a finely detailed measurement or observation, rather than an approximation. In the case of the weather prediction, a precise prediction might be on the order of, it will rain a total of 1.68 inches of rain, tomorrow. Such a prediction might or might not be accurate, but if it is, then it is also precise, much more precise than merely predicting that it will rain. Precision includes the concept of accuracy. An observation that is precise but inaccurate is useless; precision is only valuable when it is also accurate. Scientists cannot really choose between accuracy and precision since both are necessary for science to succeed, but accuracy is more fundamental. Something that is approximately correct is worth more than something that is very detailed, but wrong.
When ease of calculation is more important than accuracy.
Speed is not always a requirement for doing work. The focus should be on completing tasks effectively and efficiently. Depending on the job, quality, accuracy, and attention to detail may be more important than speed.
It depends on the context. In some situations, such as informal conversations, fluency may be more important for effective communication. In other contexts, such as academic writing or professional presentations, accuracy is typically more crucial. Understanding the purpose of communication will help determine whether fluency or accuracy is more important.
It all depends, if you do your reps fast you will feel the pain faster, and if you do it slow and rest enough you will be able to do more reps, but what really is most important is your position (accuracy). you have to do it right, and not just rush it through.
A javelin can reach speeds of approximately 70 to 90 miles per hour (113 to 145 kilometers per hour) when thrown by elite athletes. The exact speed can vary based on the thrower's technique, strength, and conditions. In competition, the distance and accuracy of the throw are often more important than the speed alone.
Fast film speed can lead to increased graininess in the images, which can reduce image quality. Additionally, fast film speed may have limited dynamic range and color accuracy compared to lower speed films. Fast film speed can also be more expensive than lower speed films.
Either one could be the more accurate. It is not the technology, but the actual accuracy the manufacturer builds into the product. Only reviews that consider calibration first (e.g. consumer reports) can answer that for any model. Accuracy is not something that is "bragged" about in retail advertizing, which tends to mean that accuracy is not a goal of the manufacturers. But more important is "consistency". If you get on and off a scale many times in a short time period, and the weight is not consistently the same, that scale is of little use. If it is consistent, it can show you whether you are gaining or losing, and how much, which is more important than advertized accuracy.
With correct application, traffic radar reads true speed or lower than true speed virtually 100% of the time.
true
GOL has max accuracy. M95 has max damage. First sniper has more damage than GOL but less than M95 and has more accuracy than M95 but less than GOL.
because they dont want it to cry yahoo on becoming coldmail
yes it has more accuracy than it is in mw2