<span> D. Heat and Pressure. </span>Metamorphic rocks are formed from pre-existing rocks that have changed their original form because of heat and pressure. For example: igneous and sedimentary rock can turn into metamorphic rocks when subjected to intense heat from magma and pressure from tectonic shifting.
The cell that is being described in the sentence above is
the osteoblast as this is the bone building cell that is responsible of making
up the bone that maintains its balance and form in the bones as it is present
and important.
<h3>☣ Question -:</h3>
Which of these equation is the correct one for fermentation?
❍ Glucose + oxygen → carbon dioxide + water
❍ Glucose → lactic acid
❍ Glucose → ethanol + carbon dioxide
<h3>☣ Explanation -:</h3>
To understand this first we should know what is fermentation.
<u>What </u><u>is </u><u>fermentation</u><u>?</u>
A process of chemical change in food or drink because of the action of yeast which may cause it to produce bubbles or heat, or turn sugars in it into alcohol.
<u>Equation -:</u>
Which means
Glucose → ethanol + carbon dioxide
- Hence opition c is the correct answer.
Answer: a. Adaptive radiation of Euprimates.
Explanation:
Adaptive radiation is the swift diversification, from a single common ancestor, of a group of species consisting of members that exhibit a diverse array of adaptations and inhabit different ecological niches.
Climate is an important factor that determines where a species can inhabit or not. Daily and seasonal variations in temperature, annual cycles of precipitation, and larger change in climate shape adaptations of plants and animals may be considered in determining their survival. Changes in global and regional climates seemingly had profound effects on the evolutionary history and adaptive radiation of Euprimates.
A rapid temperature increase about 55 mya created tropical conditions globally that caused the adaptive radiation of Euprimates. Warm climates during the Eocene that resulted in plant diversity, created new environmental niches favorable for primates leading to the record of first major primate group: anthropoids, adapiforms, tarsiers, and omomyiforms.