Answer:
Marie has more subcutaneous fat, which insulates the body’s core.
Explanation:
<em>Subcutaneous fats are those seemingly harmless fats that are visible beneath the skin. They serve a variety of functions including but not limited to being a source of energy, </em><em>an insulator for temperature regulation,</em><em> a form of air-bag protecting bones and muscles from impacts of falls, and a passage way for nerves and blood vessels. </em>
<em> fat.</em>
<h2>Answer is option "B"</h2>
Explanation:
- Çatalhöyük had no streets or footpaths; the houses were developed right against one another and the individuals who lived in them went over the town's housetops and entered their homes through gaps in the rooftops, moving down a stepping stool. Shared stoves were worked over the homes of Çatalhöyük and we can accept bunch exercises were acted right now also.
- The internments at Çatalhöyük show no huge varieties, either dependent on riches or sexual orientation; the main bodies which were dealt with in an unexpected way, embellished with dabs and secured with ochre, were those of kids. The excavator of Çatalhöyük accepts that this unique worry for adolescents at the site might be an impression of the general public turning out to be increasingly inactive and required bigger quantities of kids on account of expanded work, trade and legacy needs.
- Hence, the right answer is option B " there were no streets in the city".
YES!!! pshh of course they do!! lol hope i helped >.<
Answer:
Passive transport is the movement of particulars across the membrane from area of <u>high</u> to an area of <u>low</u> concentration.
Explanation:
Passive transport is a transmembrane cellular transport mechanism characterized by the fact that it does not require energy.
What enables passive transport is the concentration gradient of a particle, which moves across the membrane from a site of high concentration to a site of low concentration.
Two known forms of passive transport are <u>simple diffusion</u> and <u>facilitated diffusion</u>.
Answer:
The long part of a nerve cell along which the electrical signal quickly moves.
Explanation:
