Answer:
Option A, Misunderstanding: The diet fad is safe. Reason: Technical jargon has been removed or simplified.
Explanation:
In this question, the scientist must have been allowed to explain the cause of "not being able to prove that diet fad causes heart attacks" instead of just answering "No, of course not." A hypothesis is a situational scenario which deals with "if" and "then" conditional scenarios.
Thus, if some thing has been found causing heart attack , then the scientist must have presented his/her supporting statement or technical jargon which was removed from the article and thus viewer were not able to get the exact meaning of what scientist said.
Hence, option A is correct
<span>The answer is nitrogen. Plants cannot use atmospheric nitrogen directly. Nitrogen from the air must be converted into the different form so plants can absorb it. Thus plants need nitrogen-fixing bacteria to convert atmospheric nitrogen into ammonium, which is available for plants to absorb it. </span>
Answer:
So first understand that empirical formula refers to ratio of different atoms in lowest integer form.
To calculate this let's make mol C as our default ratio of 1* and divide everything by 0.528 mol.
Na 1.06/0.528 = 2.00757575758
C 0.528/0.528 = 1
O 1.59/0.528= 3.01136364
Na2CO3
It's sodium carbonate
6-3,7-3,8-4 jeididjdnbdbd need letters to answer hdjfifjfnbfnf
Answer:
D. The banyan can grow in areas prone to hurricanes and typhoons because
the roots make the tree more stable in high winds.
Explanation:
According to this question, banyan tree posseses a unique characteristic in which roots grow down from its branches into the ground making the tree appear to have several trunks. This type of root is called STILT OR PROP roots.
The major function of this stilt roots is to provide additional support for the plant during adverse conditions. Hence, a major advantage that this root characteristic give the banyan tree over other trees is that it confers resilience upon the banyan tree, making it able to grow in areas prone to hurricanes and typhoons because the roots make the tree more stable in high winds.
