Answer:
third option
Explanation:
possibly the third option at 45 degrees (half of a right angle, or like mid-morning) above the horizon the sun's rays strike Earth's surface and spread out over a larger surface area with less intensity, making these regions experience lower temperatures.
I’m thinking 8..
Hope this helps, if you haven’t gotten on google yet haha
False, not really sure if this is correct
<h2>Answer is "3.5 times"</h2>
Explanation:
- A measure of how a lot of region of naturally productive land and water an individual, population or action requires to create all the assets it consumes and to absorb the waste it produces, utilizing winning innovation and asset the board rehearses. The Ecological Footprint is normally estimated in worldwide hectares.
- Since the exchange is worldwide, an individual or nation's Footprint incorporates land or ocean from everywhere throughout the world. Moving along without any more particular, Ecological Footprint, for the most part, alludes to the Ecological Footprint of utilization.
- Natural Footprint is frequently alluded to in a short structure as Footprint. "Biological Footprint" and "Impression" are formal people, places or things and along these lines ought to consistently be capitalized.
- Hence, the right answer is "3.5 times larger than the average world footprint"
The question is:
What may be observed as a result of the described mutation in an individual?
<span>1) Skin cancer due to UV rays </span>
<span>2) Darker blue pigmentation </span>
<span>3) A lack of alterase for other functions it may serve </span>
<span>4) The release of a different pigment color
The correct answer is B.
In this theoretical molecular cascade, we have three key parts, the blue2 gene, the blue2 operator and the enzyme alterase.
The enzyme alterase stops the expression of the blue2 gene by binding to its operator, and therefore the blue pigment protein.
The blue2 operator has a specific binding spot for alterase. If this binding spot is changed due to a conformational change, the alterase would not be able to bind to the operator and the blue2 gene could express undisturbedly, resulting in increased concentration of the blue pigment protein.</span>
