Answer:
It is impossible for a person to hold their breath long enough to pass out because our body has the ability to control the breathing mechanism itself without influence from outside causes.
Explanation:
Answer:
Breakfast
Bowl of oatmeal <u>Cup size serving</u> with side of yogert <u>half cup </u>with fruit of choice <u>1/3 cup</u>
Lunch
sandwhich (whole meal bread, meat, mayo, mustard, lettus, tomatos)
along with fruit and nuts of choice <u>1/3 cup each</u>
water to drink
snack
cheese and crackers
Dinner
baked Salmon <u>palm of hand size</u> with sweet potato fries light salt <u>1 cup and a half </u>
1 sugary drink of choice
Answer:
Muscle contraction is defined at the molecular level by myosin molecules bringing actin filaments together.
Explanation:
Researchers at Osaka University have created new electron cryomicroscopy images with remarkable resolution that reveal unusually substantial conformational changes in the myosin molecule during the pull.
Answer:
Phloem conducts food and Xylem conducts water.
Explanation:
The xylem is in charge of the transport of water and supplements from the roots to the leaves. In the leaf, the xylem proceeds with this vehicle to the cells in the leaf to guarantee that enough water is available for photosynthesis to happen.
The Phloem. ~ As it is the two way transport framework in a leaf.
In a leaf, there are two cylinders: xylem and phloem. The xylem conveys water and the phloem conveys minerals and starches.
There are two tissues inside those veins, xylem and phloem. Xylem conveys water from the roots up to the cells in the leaf. Phloem conveys the nourishment delivered in the leaf to the remainder of the plant. Primary concern is the leaf has veins for a similar explanation we have conduits and veins, to move stuff around to where we need it.
Answer: Calcium
Explanation:
The Vitamin D is an important vitamin and it is related with the element calcium in the body. The Vitamin D is responsible for the absoprtion of calcium in the body present in the food. In the deficiency or depletion of the Vitamin D in the body is likely to affect the calcium levels. The calcium is the main element present in the bones and the teeth. Calcium helps to build bones. In the condition which involves the depletion of Vitamin D levels the calcium levels will also deplete. This will result in conditions like oesteoporosis, rickets and other bone deformities.
Thus people in the northern climates receiving low sunlight, will likely to receive low Vitamin D and will likely to develop bone related problems due to low calcium levels.
