Various answers are true.
Cross checking.
If they're into different test tubes, then they may have different solvents in them.
Two separate labs.
The two main types of blood specimens used for most hematological tests are whole blood and plasma. Whole blood includes all components of blood, while plasma is the liquid portion of blood after cells have been removed.
The two possible genotypes for a person with blood type A are AA and AO.
Blood typePossible genotypesAAA AOBBB BOBlood typePossible genotypesABABOOO
It can be obtained in two ways : either through a blood sample or through a procedure known as the Buccal Swab. In this procedure, a swab is rubbed on the inside of the cheek to obtain tissue and saliva. This sample is enough to conduct an accurate DNA test.
No, each person has a unique fingerprint pattern, even identical twins have different fingerprints. The chances of two people having the same fingerprint are extremely low, making them a reliable form of identification.
Because those personal bodily samples (among others) contain samples of the cell structure call DNA which is unique to every person on earth. The statistical odds of two people having the exact same DNA (EVEN identical twins) is so astronomical as to be insignificant.
Nova net answer: They are the same
Not everyone in the same family has the same blood type. There are two separate genes that determine the blood type a person will have. One is for type such as O, A, AB, or B. The other determines if the blood will be positive or negative. It depends on which genes a person is born with. Both genes are on different chromosomes.
The two main types of blood specimens used for most hematological tests are whole blood and plasma. Whole blood includes all components of blood, while plasma is the liquid portion of blood after cells have been removed.
If all the same samples and factors are used.
Because they are of the same substance they have the same density density = mass/volume
Any two persons can get married. So yes.
If two samples of elements each represent one mole, then they will contain the same number of atoms. This is because one mole of any substance contains Avogadro's number of particles, which is approximately 6.022 x 10^23. Therefore, both samples will have the same number of atoms, even if they are different elements.
You could use properties such as cleavage, streak color, color, density, luster, and crystal habit to differentiate between the two samples. These properties can help determine if the samples are the same mineral or different minerals, even if they have the same hardness.
If you apply two different antibiotics to two bacteria samples and they grew at the same pace, those antibiotics are equally effective or ineffective. Depending on the rate of growth, they may be unsuitable for use in treating an infection with that bacterium.
no they were not, but they were both judas, u get me blood?, peters betrayal of christ was the lesser of two evils
The two possible genotypes for a person with blood type A are AA and AO.