answersLogoWhite

0


Best Answer

Well, it depends if you have two faint lines then yes you are pregnant. HCG levels in your system is not as high. This situation happened to me before in 2004. I had to take 6 pregnancy tests to be sure cause they were so faint. I went to the clinic and they did the pregnancy tests and it came out faint, but I was pregnant. If not sure then schedule appointment to see the doctor.

User Avatar

Wiki User

14y ago
This answer is:
User Avatar

Add your answer:

Earn +20 pts
Q: You saw a faint spec on pregnancy test could you be pregnant?
Write your answer...
Submit
Still have questions?
magnify glass
imp
Continue Learning about Astronomy

What country does the Fenix flashlight come from?

All Fenix lights are made in China, but they are Mil-Spec and the quality control on them is great.


What is spectrograph test?

The procedure that has been adopted for the processing of the data includes the following stages:The spectrum of a reference star is obtained.The sky is removed from the raw spectral star image.The columns perpendiclar to the spectral image are added to obtain the stella spectrum.These tasks have been performed in IRIS. The sky removal and optimal addition options within IRIS both seem to give excellent results.The output from IRIS has had the local sky effects removed but is still dependant on the spectral response of the optical system. To calibrate the spectrum we do the following:Divide our spectrum by a library spectrum for the same spectral type.The resulting curve is smoothed.This is then used to calibrate the other spectra... We divide our other spectra by the calibration curve.These tasks are performed in Visual Spec. The library spectra are supplied as part of that package. These appear to be from the Pickles catalogue and are normalised with to 550nm (V-Band) to equal a relative flux value of 1.It is clear that errors could be included at each step in the procedure. It would also be very complex to calculate these individual errors. However, the differences between the different spectra of the same star taken over the course of a number of nights would give us a good idea of the overall accuracy of our results.So.... If we.....Take the spectrum of a reference star, process it to obtain a spectral response curve.Take the spectrum of another star with a different spectral type, use the response curve to calibrate it.Repeat this same procedure a number of times over a number of different nights.Compare the data sets and calculate an error value for each wavelength and hopefully a percentage error.Convert this to an average error across the B, V & R bands if this is possible.This could then provide some level of quality assurance for the spectra obtained.I hope it help you... :)


Why doesn't Dark Energy effect things on a smaller scale then galaxies?

We don't know."Dark energy" and "dark matter" are more-or-less euphemisms for "we have no idea what the heck is going on here."In the case of dark matter, the "here" has to do with the rotation of galaxies. If Newton's Law of Universal Gravitation is even approximately correct on a galactic scale, then galaxies don't rotate properly. We can fix this problem in one of two ways: we can assume there's a lot of mass that's hidden from us and only interacts via gravity (and, possibly, via the weak force, which turns out to only act over such tiny distances that we can completely ignore it for something the size of a galaxy ... or for that matter, the size of a grain of sand), or we can assume Newton's equations are just the small-scale limit, and that a different law applies for objects the size of galaxies. Both approaches have been tried; both are consistent with observed data, but neither has been absolutely proven correct.In the case of dark energy, "here" has to do with the cosmological constant. When Einstein was attempting to work out his equations about how the universe behaves, he found it necessary to add an arbitrary parameter in order to get the equation to agree with observations. Actually, the model would have been consistent with what was then known about the universe if you assumed it was expanding. Einstein didn't like that for philosophical reasons, and put in the constant.We now know the universe is expanding, whether we like it or not, but we also know more about how it's expanding, and it turns out that having a non-zero value for the cosmological constant makes the model work better. Scientists don't like inserting random parameters into equations without at least trying to explain where they come from, and "dark energy" is one attempt to explain the fact that the cosmological constant does not appear to be zero.The reason it "doesn't affect things on a smaller scale than galaxies" ... according to theory, it does. It's just such a very, very tiny effect that on the small scale ... and by "small scale", I mean anything not mind-bogglingly huge, not just galaxy-sized or ever galaxy cluster sized but more like "the spacing between superclusters" sized ... then the effects are utterly indetectable against the background of gravity and electromagnetic forces.Answer2:Dark Energy does effect things smaller than galaxies!Dark Energy effects things on every scale from Cosmos to atom. Dark Energy is involved in every spec of mass that moves, it is the product of Momentum and the speed of light, cP. Momentum is everywhere from the neutrino to the galaxies. Momentum energy, Dark Energy is everywhere there is Momentum.Einstein's original conception was working on a stationary cosmos involving galaxies.. His mathematics did not show the stationary condition, so he added the Cosmological Constant. This was the correct idea. Einstein was looking for a centrifugal force to counter the centripetal force of gravity. Others assumed the equations were correct and the cosmos was dynamic either expanding OR contracting. The Big bang Theory and The red shift data was combined to conclude that the cosmos is expanding.The more correct theory i call Quaternion Physics. The cosmos is not expanding and the Dark Energy is the source of the centrifugal force to bring about Stationary. The Dark Energy is the Momentum Energy, cP where P =mV, the Momentum vector. The Momentum is everywhere large and small sizes. The Dark Energy cP is also everywhere and large an small. It can be seen that Dark Energy cP = mvc is larger than "regular' energy mvv.The centrifugal force comes from the Divergence of the vector energyDEL.cP = -cp/r cos(P). The centripetal force is vp/r = mv2/r, the balance of these two forces give the Continuity Condition and the derivation of the red shift;vp/r=cp/r cos(P) gives v/c = cos(P) the source of the red shift.Thus the red shift is everywhere orbits are stable and indicate the Continuity Condition (the scalar forces summing to zero) and the Fermion Condition.The Quaternion Physics answers the observations without ghost energy and matter. The Gravitational Energy is W= -mGm/r + cmV= -vh'/r + cP where the scalar/Boson energy is -mGM/r = -vh'/r and the vector/Fermion energy is cmV=cP the Momentum energy is the so-called "Dark Energy", Dark Energy is everywhere from the atom to the Cosmos; e.g. W = -vh'/r + cP where the electrons and Photons have the Momentum energy, cP.*h'=h/2pi.


What BEST describes the shape of the Earth's orbit?

The Earth is roughly spherical, and as such has no points. Even the greatest surface variations (Mt. Everest and the Mariana Trench) are insignificant when compared to the Earth's diameter; in fact, they are less significant than the greatest surface variations on a billiard ball.


Related questions

Could you play multiplayer missions on Mw3?

No. Just Spec Ops.


How could you get spec for Remington Woodmaster 308 mod742?

Go to Remington.com and request a manual


What is the spec?

Latin Root: -spec (to look, see)


What does the abbrieviation spec mean?

Spec is short for specific or specifications


When was Dreams on Spec created?

Dreams on Spec was created in 2007.


What is the duration of Dreams on Spec?

The duration of Dreams on Spec is 1.43 hours.


Front toe spec?

Take it to a garage for a wheel alignment. They have the spec's.


What does the medical abbreviation spec mean?

In gynecology, spec is short for speculum.


When was Spec O'Donnell born?

Spec O'Donnell was born on 1911-04-09.


What does the root spec mean?

The root spec means: look or too see


When was Spec Sanders born?

Spec Sanders was born on 1919-01-26.


When did Spec O'Donnell die?

Spec O'Donnell died on 1986-10-14.