Answer:
Pretty sure it's A because people can redo this test as many times as needed to verify the answer.
Answer:
1) OSCILLATING - group of communicating modules
2) Tympanometry is a test that is used to assess the state of the middle ear and eardrum mobility
3) Orthoptics is a specialty affiliated with the eyecare profession that main focus is on strabism (wandering eye)
4) Electroretinography (ERG) is an eye test that measures retinal activity
5) Aphakia is the loss of the eye's lens due to surgical intervention
6) Cornea - front part of the eye
Explanation:
1) Oscillating - In many complex cellular processes, oscillations play a key role. They could appear as a group of communicating modules in the cell's collective dynamic behavior.
2) Tympanometry - Tympanometry is a test that is used to assess the state of the middle ear and eardrum mobility which is called tympanic membrane and conductive bones by generating changes in the ear canal's air pressure.
3) Orthoptic - Orthoptics is a specialty affiliated with the eyecare profession that main focus is on strabism (wandering eye), amblyopia (lazy eye) and eye movement disorders treatment and non-surgical management.
4) Electroretinography - Electroretinography (ERG) is an eye test that measures retinal activity (the part of the eye that detects light).
5) Aphakia - Aphakia is the loss of the eye's lens due to surgical intervention, such as a perforating wound or ulcer, or congenital defect in cataract surgery.
6 ) Cornea - The part cornea is the clear front of the eye containing the iris, pupil and anterior chamber.
Animals are <u>consumers</u> and hence they depend on other organisms (plants and other animals) for their food.
lab, we used Benedict's reagent to test for one particular reducing sugar: glucose. Benedict's reagent starts out aqua-blue. As it is heated in the presence of reducing sugars, it turns yellow to orange. The "hotter" the final color of the reagent, the higher the concentration of reducing sugar.
Answer: Jack has the genotype Bo; Jill is AB; Jack's mother is OO.
Explanation: In the ABO blood type, the alleles A and B are dominant over O. However, the allele A is co-dominant with the allele B. That means an individual can have a genotype AB, which is Jill's case: her blood type has the two allele. For Jack's mother, her blood type is O. As O is recessive, her genotype will be OO, indicating the recessiveness. For Jack, his mother is recessive, so he will have genotype heterozygous for blood type B, which means BO.
