Kingdoms of Life 1
Listed in the Item Bank are key terms and expressions, each of which is associated with one of the columns. Some terms may display additional
information when you click on them. Drag and drop each item into the correct column. Order does not matter.
The four eukaryotic kingdoms of life are listed here. Each kingdom has unique characteristics
Organize the characteristics under the correct kingdom
ITEM BANK: Move to Bottom
Vascular & nonvascular
Autotrophs & heterotrophs
Multicellutat heterotroph
Plant-like and animal like
Unicellular & multicellular
heterotrophs
Vertebrates & invertebrates
Protista
Fungi
Plantae
Animalia
Please help !

On a recent expedition to a remote region of northern canada, scientists uncovered skeletal remains from about 100,000 years ago. surprisingly, all the skeletal remains, which included many species from differing biological families and spanned about two thousand years, showed evidence of experiencing temperatures in excess of 1000 degrees fahrenheit (or 538 degrees celsius). which of the following, if true, best explains the apparent paradox between the cold environment and the evidence of the bones experiencing hot temperatures? (a) chemical changes that naturally occur during the process of decay in only one north canadian species produce the same evidence of the species' skeletons being exposed to hot temperatures as the expedition scientists found. (b) a little over 103,000 years ago, a large fire is known to have occurred in northern canada. (c) strong evidence exists that as early as 70,000 years ago, homo sapiens around the world relied heavily on fire to cook animals. (d) in the same expedition and in roughly the same layer of excavation, scientists found rudimentary wood cutting and hunting tools used by early humans.

How are the testes and ovaries similar? a. both produce sex cells. b. both connect internal reproductive organs to the exterior. c. both transport sex cells from their site of production. d. both store mature sex cells.

Agene editing technology called crispr-cas9 uses cellular machinery to change the cell's genetic material. how might this technology be useful in treating diseases like cancer?