Question

Please help!!

Answer 1

Choose an element from the periodic table to interview.
Conduct research on your element. Use the following as a guide for the kind of information you need to learn about your element to successfully complete the assignment.
Atomic number
Atomic mass
Symbol
Number of protons:
Number of neutrons:
Number of electrons:
Its position on the periodic table and its chemical properties based on that position
Typical compounds formed by your element
The history of your element's discovery
Five uses for your element or its common compounds
Where your element or its compounds can be found in the real world
At least one photo or drawing of your element
Arrange the information into a coherent interview that consists of an introduction followed by alternating questions (to the element) and answers (from the element). Conclude with a summary.
You will use a magazine layout to present the interview. You may choose to complete the project with art supplies or on the computer. The sample provided is only a generic guide; be sure the work is your own and you include citations for each of the resources included. You may use a different format to present your work as long as the content requirements are met and you get approval from your instructor.
Review the Grading Rubric to understand the requirements for the assignment.

Answer 2

@TinkerbellGirl

Answer 3

All you need to do is look up all that info on whatever element you chose

Answer 4

oh wait haha this isn't it one sec I don't need help with all of it just some

Answer 5

Haha ok

Answer 6

Its position on the periodic table and its chemical properties based on that position
Typical compounds formed by your element
The history of your element's discovery
Five uses for your element or its common compounds
Where your element or its compounds can be found in the real world

Answer 7

this is it haha sorry

Answer 8

Mmk let me see

Answer 9

thanks

Answer 10

???

Answer 11

What does it mean by the first question??

Answer 12

#2 -
Fluorides

Americium trifluoride: AmF3
Americium tetrafluoride: AmF4

Chlorides

Americium dichloride: AmCl2
Americium trichloride: AmCl3

Bromides

Americium tribromide: AmBr3

Iodides

Americium diiodide: AmI2
Americium triiodide: AmI3

Oxides

Americium oxide: AmO
Americium dioxide: AmO2
Diamericium trioxide: Am2O3

This is for the 2n question

Answer 13

#3 - answer

This element was in fact discovered after curium, the element which follows it in the periodic table. However, it did once exist on Earth having been produced for millions of years in natural nuclear reactors in Oklo, Gabon. These ceased to function a billion years ago, and as the longest lived isotope is americium-247, with a half-life of 7370 years, none has survived to the present day. Americium was first made late in 1944 at the University of Chicago by a team which included Glenn Seaborg, Ralph James, Leon Morgan, and Albert Ghiorso. The americium was produced by bombarding plutonium with neutrons in a nuclear reactor. This produced isotope americium-241, which has a half-life of this is 432 years.

Answer 14

never mind about the 1st question

Answer 15

Ok

Answer 16

The most common use of Americium (241Am) is the detecting chemical in high-precision gas and smoke detectors. The radioactive traits pick up on the smoke and gas in ionization smoke detectors.

Americium (241Am) has also been found to be useful in other areas such as a radiation source for thickness gauging and radiographic measurements.

Americium (243Am) is used as a target material for production of transcurium elements (since the elements, americium and curium, are so closely related, that they are used for similar studies) in high neutron- flux reactors.

Americium (241Am) is also a diagnostic aid for analysis of bone and mineral conditions. It is somewhat like a CAT scan.

Sorry I could only find 4 uses

Answer 17

What i typed above is the answer for #4

Answer 18

#5 - answer

In nuclear chemistry and nuclear physics laboratories