Sentences with phrase «much equipment etc.»

Not exact matches

The NICHD recommends «tummy time» and «changing the direction the baby lies in the crib from one week to the next» and to «avoid too much time in car seats, carriers, bouncers etc.» The other risk of too little tummy time and too much time in carriers and similar equipment is tight neck muscles (the medical term is torticollis) which tilts the baby's head to one side and turns it to the opposite side.

While I usually take my camera equipment in a carry on when I fly (within the US), that's not always an option (small plane where no carry on other than my purse is allowed, travelling with too much computer / camera equipment to carry it all on, etc.).

The question can only be answered if you determine the load that is being put on the batteryand the load capacity of the battery.I have run the radio in my truck for two hours and it started without a problem.I have seen a luxury car with 12 or 14 interior lights run a battery down in 90 minutes from a door left open.Most original equipment radios draw very little current so that isn't much of an issue.What can be of concern is if you repeatedly drain the battery with powerful stereos, lights, powerwindows etc. then recharge it by running the engine.

In fact, much of the medical equipment (x-rays, ultrasound, IV pumps, anesthesia monitors, etc.), pharmaceuticals (anesthesia, injections, medications, etc.), and supplies veterinarians use are exactly the same as our own human doctors use.

Had she (the dog) been at a clinic where a thorough history, pre-op exam, better equipment, IV line, constant monitoring, etc., were the norm, the story could have had a much happier ending.

I got out of the business after doing a systems analysis of total net energy gain, that is how much more energy did the country (and the world) gain after taking into account the energy needed to extract and refine the raw materials, construct the equipment (panels, pipes, etc.), ship the components, and build on - site?

There's not much solar - specific equipment beyond the DC - DC optimizers in this case, but anything that's not off - the - shelf needs to be certified by UL, etc., and that could take a while.»

Actions like recycling, hanging clothes to dry, and so forth, can reduce emissions immediately, but tend to have much lower RAER on a decadal time scale than one - time actions that upgrade household energy - using equipment (cars, heating systems, etc.; Dietz et al 2009).

Even if one were to electrify all of transport, industry, heating and so on, so much renewable generation and balancing / storage equipment would be needed to power it that astronomical new requirements for steel, concrete, copper, glass, carbon fiber, neodymium, shipping and haulage, etc., etc. would appear.

1) Nudge a 1 - mi diameter nickel - iron asteroid into near - Earth orbit, and it will (rather readily) yield as much precious metal as has been mined from the Earth's crust in all history, plus huge amounts of base metals (useful mostly for large - scale orbital construction, etc.) 2) Plasma torches from either self - generated Syngas or from prospective fusion plants will enable nearly complete recycling of all waste, including landfills and equipment graveyards, etc., by reducing it to pure elemental form.

Even when handling toxic material with an appropriate level of caution, so much can go wrong - poorly designed equipment, inadequate warnings of danger, poor danger review, etc..

what your ideal call point is (physicians, hospitals, labs, etc.), or simply on specialty (biotech, laboratory, medical devices, clinical diagnostics, hospital imaging equipment, surgical supplies, medical software, pharmaceuticals, cardiology, radiology, oncology, and much more).

He explained how much the equipment is etc...