A chloroplast.
Choroplasts.
A chloroplast.
Well this isnt a question. its a statement saying that you have to be able to match an organelle with its function with the organelles listed below on your test.
By creating a hypertonic environment. The bacteria/fungi will not be able to reproduce, because the salt/sugar will take the water out of the organism.
Single-celled organisms are able to maintain internal stability because they
Animals cannot perform photosyntheis because they are heterotrophs(which depends on autotrophs for food). Autotrophs contain a green pigment called chlorophyll which traps light energy and produce food e.g Plants
A chloroplast.
they cant because they dont have money
Because if we can't be able to store sugar we will die
No. It's chloroplasts
No. It's chloroplasts
This is because chlorophyll in the plants allow them to absorb the suns energy and turn it into sugar through a process called photosynthesis. Animals do not contain chlorophyll within their bodies therefore they are not able to produce these sugars.
no they should not be able to because its not right
This is because chlorophyll in the plants allow them to absorb the suns energy and turn it into sugar through a process called photosynthesis. Animals do not contain chlorophyll within their bodies therefore they are not able to produce these sugars.
The plant cell organelle that generates sugar for the plant cell is called the Chloroplast. Through a process known as photosynthesis, a pigment molecule within the chloroplast known as chlorophyll is able to convert the energy obtained by sunlight and turn it into chemical energy (glucose molecules - a simple sugar)
because it has lots of sugar and sugar helps you focus
Yes they do affect animals because it could get to them or make them not be able to get food.
yes because when you dissolve sugar into water, it doesn't dissapear. You may not be able to see it but the sugar is still in the water, therefore making it heavier because there are two masses there (sugar and water)