Hydrogen and Sodium are both part of the alkali group.
Hydrogen has an atomic weight of 1.008 while Sodium has an atomic weight of
22.99. Hydrogen has only one electron while Sodium also has one electron in the
outer shell. So both Hydrogen and Sodium has a charge of +1. Hydrogen is
actually a gas while Sodium is a metal. Sodium is never a diatomic molecule,
whereas Hydrogen is a diatomic molecule. So it can be seen that there are
similarities as well as differences between Hydrogen and Sodium.
A geneticist would know if an organism is homozygous or heterozygous for a certain trait based on if the organism had two of the same alleles or 2 different alleles for that same trait.
Homozygous: (X,X) or (Y,Y)
Heterozygous: (X,Y)
Answer:
Your kidneys are forced to work overtime to filter and absorb the excess glucose. When your kidneys can't keep up, the excess glucose is excreted into your urine, dragging along fluids from your tissues, which makes you dehydrated.
Not sure maybe try the question?
Answer:
1. When the number of calories a person consumes is equal to the number of calories he or she burns in a day, that person's body is in Energy Balance.
2. Someone who is in Positive Energy Balance eats more calories in a day than he or she bums.
3. Negative Energy Balance occurs when the number of calories a person bums in a day is greater than the amount he or she consumes.
4. Weight management involves applying strategies that allow someone to keep his or her body weight within a healthy.
5. The Basal metabolic rate is the amount of energy uses in order to perform its basic physiological functions.
6. The Thermic effect of food refers to the number of calories burned in order to digest absorb, metabolze, and store food.
7. The Lean body mass refers to his or her total body - fat mass.
Explanation:
This group of statements are related to body weight, the balance between the energy we consume through food and all the energy we burn through excercise and different activities, such as only mantaining our body temperature and normal processes.
