Answer: Cells need to be able to survive
Explanation: they adapt
Answer:
A. eukaryotes and heterotrophic
Explanation:
Remember Fungi is not either bacteria or a plant. But we know Fungi has a membrane-bound nucleus that makes it eukaryotic. They obtain material from the enviroment, instead of creating their food, which makes them heterotrophic.
1. The tree can grow to over<span> 100 </span>feet tall
<span>2. </span>Reproduction happens when the fruit of the tree ripen and burst open<span>, </span>leaving seeds scatteredin a<span> 100 </span>foot
<span>3. </span>The leaves of the Rubber Tree are glossy<span>, </span>oval shaped and dark green<span>. </span>They can grow to be<span> 14 </span>inches
<span>4. </span>It is a quickly growing tree<span>, </span>as are most trees in the (related to areas near the Equator/hot and humid) rainforest<span>, </span>it can grow<span> 24 </span>inches
<span>5. </span>The Rubber tree grows best in bright sunlight or filtered sun and although it is best suited for the wet and hot <span>climate</span>
The correct answer would be that substance A is rice, and substance B is sugar.
For substance A to be filtered out, it means that A is a water-insoluble substance and for substance B to be recoverable by evaporating off the water, it means that B is water-soluble.
Thus, A can neither be sugar nor alcohol because neither can be recovered by filtration. Also, B can neither be coffee nor alcohol because they can not be recovered as residue through evaporation of water.
Therefore, the only correct answer is that substance A is rice, and substance B is sugar because rice can be filtered out from water while the water-soluble sugar can be recovered by evaporating the water.
More about separating mixtures here: brainly.com/question/2827008
The word isotonic is used to refer to the solutions (two solutions) which have the same osmotic pressure in both sides of the semipermiable membrane. The condition allows the free movement of water across the membrane. However, this does not change the concentration of the solution across the membrane.
Hence, osmosis may not occur in this condition.
