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Blood type AB and type O refer to different blood group systems, and neither is inherently "stronger" than the other; they simply have different properties. Type AB blood has both A and B antigens and can receive blood from all other types, making it a universal recipient. In contrast, type O blood lacks A and B antigens, allowing it to be donated to all other blood types, making it a universal donor. The strength or suitability of blood types depends on the context of transfusion or compatibility rather than a direct comparison of strength.
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What does 0 percent basos blood test mean?
0% baso in a blood test stands for basophils. It is normal for the test to show somewhere between 0% and 2%. Anything higher could suggest an illness or allergy.
How do you calculate with uncertainties if one or two of the values in the equation doesn't have any uncertainties?
Lets start out with calculating an area where the measurements of the length and width both have an error involved. A is the length of one side with an error of 'a'. B is the length of the other side with an error of 'b'. Ordinarily when we talk about errors we always say +/- but I don't have such a symbol on my keyboard and typing +/- all the time is labourious so I'm just going to use + and hope you do the conversions yourself (ok). When calculating the area we multiply length time width, in our case A*B. When using errors however we must use (A+a)*(B+b). Multiplying this out we get AB +Ab+Ba+ab. AB is the area without errors considered. Ab+Ba+ab is the error. Consider it as a collection of areas (which it is in this case but the conceptualization can be applied to other problems of these dimensions) with the A side having a short bit at its terminal end of length a, the B side having a short bit at its terminal end of length b. The short bit at the end of side A makes a thin slice along the width of side B (of area Ba), and the short bit at the end of side B makes a thin slice along the width of side A (of area Ab). Also at the common end of slice Ba and Ab is a little rectangle (of area ab). Drawing a picture at this point may prove helpful. Now if the error involved in one of these measurements is so close to zero that we can comfortably ignore it then the equation of the area becomes: AB + Ab if a<<<<0. or AB + Ba if b<<<<0 substitute 0 (for a and then for b) into the equation above and see what you get. Usually when we deal with errors we only consider those terms that involve the greatest source of error, as the error produced by this term will usually 'include' any and all errors produce by minor errors. Remember errors are +/- factors. If the value of 'a' (the % error involved in the measurement of A) is 90%, and the value of 'b' is 1%. Then (for example if A=B=100) The Ba error would be +/- 90 while the Ab error would be +/-1. Only in two very rare possibilities would these two errors be cumulative +91 or -91. In most cases the +1 error would 'rattle around inside' the boundaries of the +90 error. Lets consider the formula for a volume: LWD, Length times width times depth, and use the notation (A+a),(B+b),(C+c) for the measurements of the independent dimensions and their associated errors. Multiplying these measurements out using the formula for volume gives: (AB+Ab+aB+ab) (C+c) -> ABC +ABc + AbC + Abc + aBC + aBc + abC + abc ABC is the major volume without errors considered. ABc, aBC, AbC are volumes over three of the surfaces (of areas AB, BC, and AC) with a thin depth of c,a and b respectively. Abc, aBc, and abC are volumes along the three edges of the (rectangular cube) of areas bc, ac, and ab of lengths A,B and C respectively. abc is a little rectangual cube at the terminal ends of the above mentioned edge volumes. Again a drawing might be helpful at this point. Now if only one error is significent (lets say a) then we only consider the error terms in which 'a' is the only error. (inclusion of other errors makes the term insignificant). In this case that would be aBC. So the formula for volume would be ABC +/- aBC If for a moment we consider two of the errors to be equally significant (lets say a and b) then the formula and error would be ABC +/- aBC+AbC where any term involving c or a and b together are ignored. If for a moment we consider all errors to be equally significant then the formula and error would be. ABC +/- aBC+AbC+ABc If in addition we consider the volume to be a perfect cube then we can substitute 'x' for A,B, and C and e for a,b, and c. x3 +/- 3x2 e This error would be the three surfaces areas of the common error depth. The three edge error volumes and the tiny error cube are being ignored as their volumes are dependent on two and three errors combined which are tiny values squared and cube which makes them insignificant indeed. If you know calculus the error is just the 1st derivative of the employed formula with only the major term employed for the error. The argument and derivation is actually the same as that given above.
How many liters of soft drink are there in 5.25qt?
The Answer is: 100000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000 0000000000000 0 0 0 0 0 0 0 0 0 0 0 00000000000000000000 0 0 0 0 0 0 0 0 0 0 0000000000000000000 0 0 0 0 0 0 0 00000000000000000 0 0 0 0 0 0 000000000000 liter
Calculate the hydrostatic difference in blood pressure between the brain and the foot in a person of height 1.83mthe density of blood is 1.06103 kgm3?
We estimate the pressure difference (specifically due to hydrostatic effects) as follows:Δp = ρgΔh =(pgh1-pgh2)(1.06 × 103 kg/m3) (9.8m/s2) (1.83 m-0) =1.90 × 104 Pa .
What is the meaning of 0-1 RBC in urinalysis?
In a urinalysis, "0-1 RBC" indicates the presence of red blood cells (RBCs) in the urine, with a count of 0 to 1 per high power field (HPF). This is generally considered within the normal range, suggesting no significant bleeding or abnormalities in the urinary tract. However, if RBCs are present in higher numbers, it may indicate conditions such as infection, kidney stones, or other urinary tract issues that may require further investigation.
A woman with type AB blood has children with her husband that is type Owhat percent of their children would you expect to have type AB blood?
0%
A woman with type AB blood has children with her husband who is type O. What percent of their children would you expect to have type AB blood?
0%
What blood type is rich or rare?
AB negative is the rarest blood type. AB positive is the second rarest blood type. The negative blood types are more rare than the positive. The common blood type is o.
Can A positive blood and AB negative blood create 0 positive blood?
No. A parent with AB blood cannot have a child with O blood type.
Is blood type 0 rare?
Yes. Blood type AB positive is the most common.
Can a blood type 0 baby be produced from a mother with blood type ab or a and a father with b?
Yes
You and your son have 0 plus blood type your baby dad has ab?
I have o+ my son has 0+ my husband has ab- would my husband be the father of my child
Can a mother of 0 negative blood type and a father of A negative blood type have a child with AB blood type?
No they cannot. They can only have a child with type A or type O blood.
Can a person with type AB blood receive all types of blood?
FALSE B CAN ONLY RECEIVEVE O AND B SAFELY BECAUSE OF THAT A IN AB, THEMPERSON CAN'T RECEIVE IT
Can a type 0 baby have a ab father?
No. Neither parent can be AB blood type. Each parent must have at least one resessive gene for O blood type. Either parent could be type A or B or O.
What are rare types of blood?
Some rare types of blood include the Bombay blood group, which lacks some common antigens, and the Rh-null blood type, which lacks all Rh antigens. These rare blood types can make finding compatible blood for transfusions more challenging.
What blood type can donate donate to all blood?
Ab+ universal receiver o- universal donor blood types: can donate to: can receive from: ab+: ab+: ab+ ab- a+ a- b+ b- o+ o- ab-: ab+ ab-: ab- b- a- o- a+: a+ ab+: a+ a- o+ o- a-: a+ a- ab+ ab-: a- o- b+: b+ ab+: b+ b- o+ o- b-: b- b+ ab- ab+: b- o- 0+: o+ a+ b+ ab+: o- o+ o-: o+ o- a+ a- b+ b- ab+ ab-: o-
