Our site uses cookies. Some of the cookies we use are essential for parts of the site to operate and have already been set. You may delete and block all cookies from this site, but parts of the site will not work. To find out more about cookies on this website, see our Cookie Policy
Accept
© eRevision.uk and ZigZag Education 2025
This test is run by guest.
Note that your final mark will not be saved in the system.

Cell structures and functions GapFill

Target Level
4-5
Running Total
0
0%
Attempt
1 of 3

You must fill all the gaps before clicking ‘Check Answers!’

All living organisms, no matter how big or small, are made of  watercellsorganslipids.

Animals and  plantshumansribosomesmitochondria have different kinds of cells. They share many features, including having a nucleus and a cell  hairmusclemembranewall. Cells that contain a nucleus are known as  plasmidsprokaryoteseukaryotesbacteria. Other types of cells, that do not contain a nucleus, are known as  prokaryotesplasmidschloroplastseukaryotes.

Bacteria are an example of this type of cell, and they are much smaller than  ribosomesprokaryoteseukaryotesviruses. The genetic material in bacterial cells takes the form of  nucleiloopsribosomeschains.

The  cell wallplasmidcytoplasmnucleus, that is present in all cell types, is a jelly-like substance that contains all the chemicals needed by the organism. Two structures are present in plant cells that are not found in animal cells. These include a  mitochondrioncytoplasmcell membranecell wall, which in plants and algae is made of  nucleic acidscellulosestarchproteins and provides strength to the cells. Additionally, a permanent vacuole is likely present. The permanent vacuole is full of  amino acidswatersapRNA.

In order to supply energy, cells contain a number of  chloroplastscell membranesplasmidsmitochondria. They can provide energy for making proteins, which takes place on  plasmidsvacuolesribosomesnuclei.

This is your 1st attempt! You get 3 marks for each one you get right. Good luck!

Pass Mark
72%