Answer:
"The tonometer would then calculate the power required to empty each optimum including its cornea and then perhaps compress it" is the right answer.
Explanation:
- An strength or tension monitoring tool, in particular a tension testing device. A container for mixing a liquid with a gas, usually so in the beginning - called at a steady temperature since it was already used rather than low heat.
- It either checks another degree of cornea distribution, actually caused by an established intensity.
So that the above is the correct one.
Answer:
Liver diseases such as jaundice and cancerous tumors
Explanation:
Answer:
c. a list of the roles and responsibilities of each staff member.
Explanation:
Edge 2021 test just taken
Rebounded nasal congestion is an effect of excessive use of these products when administered correctly.
Rebound congestion is a persistent nasal obstruction (congestion) brought on by excessive use of nasal sprays, drops, or gels containing decongestant medications. Even in the absence of allergies or other cold-like symptoms, this kind of congestion can develop. There are no additional cold, flu, or allergy symptoms when you have rhinitis medicamentosa, just a runny or stuffy nose. Rebound congestion is another name for hay fever.
Rebound congestion is persistent and won't go away even after you stop using the spray. But rebound congestion isn't your standard nasal congestion. It's not brought on by an upper respiratory infection or allergies. Instead, taking nasal decongestant sprays for longer than three straight days makes the congestion worse.
Learn to know more about Nasal congestion on
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Answer:
Explanation:
Hemophilia is a X linked recessive genetic disorder caused by low amount of clotting factors. Hence, it becomes difficult to stop bleeding in case of an an injury and takes more time to clot. Here,
c= recessive allele for hemophilia gene
C= dominant allele for hemophilia gene
Genotype of male: XcY since he carries the recessive allele for hemophilia trait
Genotype of female: XCXc. She does not have hemophilia but her father had hemophilia so she she must have received one X chromosome from him and hence is a carrier for hemophilia.
Their children:
XcY X XCXc = XCXc, XcXc, XCY, XcY
Out of resultant genotypes 2 out of 4 i.e. XcXc and XcY show hemophilia trait hence there is 50% probability that the child will have hemophilia.
