Answer:
yes what is your question
Examples of skeletons protecting the body are, the rib cage for the heart and lungs, and the pelvis for the nerves in the lower body. Your spinal chord has bone to protect to protect the sensitive nerves inside.
1. Plants, unlike animals, cannot move. <span>Living things move primarily to replenish their energy and find security by hiding from predators. Plants are able to do both quite fine while stationary as they are capable of mobilizing their inherent resources, plus those available from soil with the help of sunlight to make food</span> 2. Desert plants have needles instead of leaves to help prevent water loss and discourage animals from eating the plants. Desert plants tend to look very different from plants native to other regions. They are often swollen, spiny, and have tiny leaves that are rarely bright green. Their remarkable adaptations to the challenges of the desert climate. 3. As mentioned in the video; horseradish is spicy because the radish plants stores toxins in its roots for protection. The pungency of horseradish is essentially a defense mechanism against herbivores. Plants do not have legs, therefore, they have evolved to protect themselves; for example the defensive poison by horseradish gives it's hallmark pungency.
Answer and Explanation:
Due to technical problems, you will find the correct answer and complete explanation in the attached file
<u>Answer:</u> The given reaction is a "Dehydration Synthesis Reaction".
<u>Explanation:</u>
In chemical science the antonym of hydration is dehydration reaction which is a common process of conversion take place by involving loss of water from reacting molecule or ion. For an instance the dehydration process help in formation of disaccharide (sucrose) from two monosaccharides (glucose + fructose) as given in reaction.
Some other examples are like conversion of an acid and an alcohol into an ester and reaction called as "Fischer–Speier esterification", Conversion of an alcohol to alkene etc. Normally dehydration is followed by heating or leaving at room temperature, although it is a time taking process. Some common dehydrating agents are like alumina and sulfuric acid for organic synthesis.
