Sentences with phrase «of measuring device»

That is as accurate as you'll ever get using that kind of measuring device.

The yogurt and sticky stuff will come out easily once blended with the milk and you won't have to scrape it out of your measuring device when you're ready to move it; just use yogurt > milk > everything else as your order for adding stuff in; you can shake your table spoon around in the milk to make sure you get every last bit of honey or maple syrup out.

For Whitehead, a uniform and independent metric structure is presupposed by measurement in the space - time continuum and in particular is necessitated by any attempt, so it seems to Whitehead, to establish standard conditions or to introduce correction factors ensuring the self - congruence of measuring devices under transport.

Put another way, if our grid of measuring devices was truly comprehensive in 3 - d, could we see how heat moved from one place to another from year to year?

When it comes to changes of measuring devices, it is an interesting thing that appears in the graphs in Zeke Blackboard article.

Measurements like this are well within the tolerance of the measuring devices that typically are + - 1 % or worse.

This is what «drove» the development of these measuring devices, the need for the ABILITY to consistently MEASURE in a reproducible manner LIMITED ALL SCIENCE, and still does.

Not exact matches

Aside from the lack of public support from Netflix, Nielsen's new service could also suffer from the fact that it does not yet measure how many people watch Netflix programming on mobile devices, which likely represents a large chunk of viewership.

One measure would be to compare current estimates to the predictions of first - year sales that were made in the fall of 2014, when the device was unveiled.

Linton suggests experimenting by sending e-mails at varying times of day and measuring open rates on multiple devices.

When Jeffrey Smith and a partner bought Winters Instruments in 1987, it was a small manufacturing operation in the east end of Toronto that produced pressure - and temperature - measuring devices for industrial use.

Only 17 percent of SMBs take any precautionary measures to secure company data on personal devices.

In addition to casting blame, the agencies recommended that vulnerable organizations review network device logs and traffic data for telltale signs of the Russian intrusions, and they set out measures that firms can take to better protect themselves.

But now, thanks to a slew of novel technologies, sophisticated measuring devices, ubiquitous connectivity and the cloud, and yes, artificial intelligence, companies can harness and make sense of this data as never before.

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It's important to note that the smartphone measure counts the number of total cellphone users who are using advanced devices, and is not a per capita measure.

It is almost three years since VW was caught fitting cheat devices to fool testers into measuring lower than actual levels of nitrogen oxides emitting from its diesel cars.

The $ 299 device measures brain electrical activity via 16 scalp sensors, which the company claims allow recognition of basic emotions and up to 30 specific thoughts, such as «lift this object,» «fire death ray,» or «fly forward.»

In 2003 — 04, researchers from Vanderbilt University strapped plastic devices called Actigraphs to the legs of 6,329 Americans ages six and up to measure how much of their waking hours they spent sitting, reclining or lying down.

According to The Wall Street Journal, desktop Internet use had its highest active month over the past three years back in March of 2015 with 567 billion total minutes of measured Web activity in the U.S. Not only have we not seen that figure go up over the past year or so, but the amount of time people are spending browsing the Web on their mobile devices is trouncing desktops: more than one trillion minutes in March of this year.

A research project connected to the British television show The Secret Life of Buildings attached brain - wave measuring devices to people's heads and found that the low - level racket endemic to open workplaces interrupts one's concentration.

For example, NuData measures the pressure of a user's keystrokes using input sensors PC and mobile devices are equipped with that detect such subtle things, explains Giasson.

Employees use wearable devices to measure and track their heart rate, levels of productivity, and stress.

The Wall Street Journal reports that the device was initially supposed to be «a state - of - the - art health - monitoring device that could measure blood pressure, heart activity and stress levels.»

In 2014, the Court of Justice of the European Union ruled that circumventing DRM on game devices may be legal under some circumstances, limiting the legal protection to only cover technological measures intended to prevent or eliminate unauthorised acts of reproduction, communication, public offer or distribution.

The officials would not discuss details of those measures, but the Department of Homeland Security recently disclosed that it is considering banning laptops and other large electronic devices from carry - on bags on flights between Europe and the United States.

That this question - begging device has had to be invoked to avoid the anthropic and religious consequences of the uniqueness of the world's physical structure is a measure of the threat that this evidence poses to materialism.

Heisenberg's principle of indeterminism tells us that if we want to observe and measure an electron or some such, we can install a device to measure its position or a device to measure its momentum but we can't do both at the same time.

A rod is not a measuring device, but a symbol of rule.

Any measuring device which was adjusted so as to gather information about the macroscopic changes which follow upon decision would not be able to register information about parameters which distinguish one sort of fluctuation (Irish) from the other sort of fluctuation (Ivory Coastian).

In effect Stapp considers the results of employing two different orientations for each of the «wheel» spin - measuring devices for a total of four distinct configurations.

Obviously, one could form four such sets of products of possible spin - values — not by considering N simultaneous double spin - measuring experiments, but by considering the possible outcomes of a set of N serial experiments yet to be performed, in each of which it is possible to decide upon the orientation of the spin - measuring devices after the two neutrons have ceased to interact.

Thus the set of N spin - measurements obtained by means of one of the spin - measuring devices should be the same no matter how the second spin - measuring device is oriented when it measures the spin of the other member of each of the neutron pairs.

Stapp's thesis is quite compatible with its being determined experimentally that changes in the orientation of the spin - measuring device applied to one member of such a pair of particles have no significant effect upon the statistical make - up of spin - measurement results for the second member of such particle pairs.

In the case of the first set of products of possible spin - values, the orientation of the axes of the spin - measuring devices is the same; the angle between them is zero; and the cosine of this angle is one (1.0).

The model is the following: think of the neutrons, after the scattering event, as traveling in opposite directions (away from each other) down a hollow axle or pipe at the ends of which spin - measuring devices are attached like thin wheels.

In order to understand this seemingly paradoxical situation, one must keep in mind that, for a given collision event, it is theoretically impossible to carry out more than one of the four experiments corresponding to the four possible configurations of the spin - measuring devices described above.

Similarly, there are two sets of possible spin - values for the neutrons approaching the other ends of the tubes: one set C that will result if the experimenter stationed at that end of the tubes chooses the vertical orientation for the spin - measuring devices under his / her control and another set D that will result if he / she chooses the orientation achieved by a 90 ° rotation from the vertical.

For a given configuration of the two axes and for a given scattering event between two neutrons, the «wheel» spin - measuring devices will record a value + 1 or -1 for each neutron.

Let it be supposed that the N apparatuses are all lined up with their long, horizontal tubes parallel and that they have been fitted with a control device that enables an experimenter stationed at either end of this array of instruments to control the orientation of the spin - measuring devices at his / her end of the tubes.

Given an experimental set - up like that described above, it is always possible actually to carry out the measurements for one of the possible configurations of the spin - measuring devices.

Given, as noted above, that the overall magnitude of the spin of the neutron is fixed, simultaneously measuring its spin in two different directions, like the two available to each of the spin - measuring devices, would violate the Heisenberg indeterminacy principle.

According to him, the error lies in assuming that one is dealing with the same set of possible spin - measurement results for the particles coming out one side of the apparatus described no matter what orientation one considers for the spin - measuring device (s) on the other side of the apparatus.

My heartbeat used to be normal now its slow and eratic to the extent that electronic pulse measureing devices can't measure my pulse, instead of about 60 beats per minute, its now down to about 30, the electronic devices only go down to 35.

This system helps customers maximize the efficiency of component machines within their packaging lines (OEE): by operating at individual machine level and collecting a continuous stream of data via a connected measuring device, ESM gathers and analyses data to generate a number of key indicators.

The mass flow meter, also known as an inertial flow meter is a device that measures mass flow rate of a fluid traveling through a tube.

Mass flow measuring devices from SICK are used for flow measurement of gas in the natural gas and petrochemical industries.

Valoa Brix is a device that measures the sugar content of a beverage in a bottle without opening it using its unique laser reflection technology.

This device, which resembles a bicycle pump tethered to a handheld computer, measures the degree of penetration achieved when a rod dropped from the top of the cylinder hits the ground.

It addresses a gap that has existed in the medical device community for years — a lack of normed and validated computerized neurocognitive assessment tools for efficiently and effectively measuring neurocognitive function in this age group.