Science & Nature Trivia
\_\_\_\_\_\_\_\_\_\_ eggs which are incubated below 85Âº F (29.5Âº C) hatch into females, while those incubated above 95Âº F (35Âº C) hatch into males?
- Crocodile
the formulas for converting between degree celsius and degree fahrenheit are: °f = (°c * 9/5) + 32 °c = (°f - 32) * 5/9 to find the temperature when both are equal, we use an old algebra trick and just set of = oc and solve one of the equations. °c = (°c * 9/5) + 32 °c - (°c * 9/5) = 32 - 4/5 * °c = 32 °c = - 32 * 5/4 °c = - 40 °f = (°f * 9/5) + 32 °f - (°f * 9/5) = 32 - 4/5 * °f = 32 °f = - 32 * 5/4 °f = - 40 so the temperature when both the celsius and fahrenheit scales are the same is - 40 degrees. a 5aa blastocyst is probably one of the best embryos that we can get, but, unfortunately, having a good morphology does not necessarily mean that the embryo is of good quality.  it only means that the chances of having normal genetics and implantation are going to be higher.
when we grade an embryo 5aa, it means that it has almost done the hatching, and both the inner cell mass and trophectoderm are of top quality.  the chances for one of these embryos, though it will depend on the age if we get this quality in egg donation, the pregnancy rate should be around 60-65% with just a single embryo transfer. it is ok as long as she is not overheated and no fever but be sure she isn't over dressed. see more... It takes 10,240 steps to hatch it. Good luck! hi carla! how lucky are you and your three kids to be spending the holidays in the most magical place! unfortunately, i think you'll find it much cooler than your tropical island. the average low temperature is 52 degrees, and the high is 73. but don't fret - these temperatures are most enjoyable if you dress for it! i recommend layers. capris, tee shirts, and the a hoody and windbreaker should be fine. as the sun warms it up in the afternoon, then you can peel off a layer or two. wishing you a magical vacation carla! hot flashes can exist for a number of reasons. a true hot flash usually is very specific and results from a loss of hormones. however, women who have fluctuations of hormones like exists in pregnancy can have similar symptoms. see more... we’re being asked to convert the given temperature from celsius to fahrenheit and kelvin. recall that the conversion from celsius to fahrenheit is given by:°f=1.8(°c)+32[readmore]converting 54 °c  to fahrenheit:°f=1.8(°c)+32°f=1.8(54)+32 of = 129.2 ofrecall that the conversion from celsius to kelvin is given by:k=°c+273.15converting 54 ˚c to kelvin:k=54°c+273.15k = 327.15 k54 °c is equivalent to 129.2 of and 327.15 k yes, with fever, your temperature could rise above 99 degrees f. let's be clear, here: luminosity, "lumen output", "light output", or whatever you want to call the light intensity of a bulb is not a direct function of filament temperature. that's a gross ignorance and nothing more.
incandescents are rated by the power they use and nothing else. the color temperature is a function of the filament and the power applied. most filaments are tungsten so the filament can never heat above 3,700 kelvin, the melting point of tungsten.

so, most filaments are limited to 2,000 to 3,300 kelvin. this is the resulting color temperature and why some lights are whiter and some are more yellow., the latter tending to last longer since they are cooler or "warm" light.
in other words, a 100 watt bulb and a 40 watt bulb operate at the same filament temperature if they are both the same type of bulb, but the 100 watt bulb produces more of it. the "light output" , is not a function of filament temperature as veeyesvee and tony rb asserted.
so, a 60 watt bulb, tony, better produce more lumens than a 25 watt bulb, or what's the point of the other 35 watts? can someone design a really ineffecient transducer? sure... a toaster makes a terrible light source considering the power it consumes.
the real answer lies in the fact that the filament is not a linear resistance ( see below).

the hotter the bulb gets, the more efficient it becomes in producing light and a 60 watt bulb is about 14.2 lumens per watt where a 25 watt bulb is 8 lumens/watt.

the amount of light produced by a bulb depends on the ratings vs applied. since all you can vary is the voltage:
raise the voltage ratio to the 3.5 power to get equivalent luminosity.
life would be the -12th power of the voltage ratio.
and current is the .55 power of the voltage ratio.

(v2/v1)^3.5 = .235 (since 200lm/850lm = .235) 
(v2/v1)^3.5 = .235 ==> v2 = 120 * .661 = 79.34 volts

(v2/v1)^.55 = i2/.5 (60/120 = .5) ==> i2 = .398 a

79.34 x .398 = 31.6 w
or v2/v1 * (v2/v1) ^.55 = .52 power ratio and 60 * .52 = 31.6 w

so, the 60 watt bulb would need 32 watts of power to generate 200 lumen. hi dear during pregnancy, your immune system becomes weak as it performs extra work to protect both you and the baby. therefore, you are susceptible to infections, chills or fevers during pregnancy. drink plenty of fluids, take proper rest and keep your home and work area tidy, wash your hands often