null
US
Sign In
Sign Up for Free
Sign Up
We have detected that Javascript is not enabled in your browser. The dynamic nature of our site means that Javascript must be enabled to function properly. Please read our
terms and conditions
for more information.
Next up
Copy and Edit
You need to log in to complete this action!
Register for Free
15454521
Atomic Theorists and Models of the Atom Quiz.
Description
6th grade Chemistry (Chemistry GP2) Quiz on Atomic Theorists and Models of the Atom Quiz., created by Nneamaka Onyia on 06/10/2018.
No tags specified
chemistry
chemistry gp2
6th grade
Quiz by
Nneamaka Onyia
, updated more than 1 year ago
More
Less
Created by
Nneamaka Onyia
almost 6 years ago
4
0
0
Resource summary
Question 1
Question
What component[s] of Daltons theory are incorrect ?
Answer
all matter is made of atoms
atoms are indivisible and indestructible
Atoms remained unchanged in a reaction, only their connections change
Different atoms may combine to form compounds in fixed proportions
Question 2
Question
The atom is barely made up of empty space.
Answer
True
False
Question 3
Question
Check all that apply to Niels Bohr's findings.
Answer
electrons orbit the nucleus
dense positive core surrounded by electrons
negative corpuscles
electrons are in electron shells located outside the nucleus
Question 4
Question
Which theorist created this model?
Image:
Plum Pudding Model (image/jpeg)
Answer
JJ Thomson
Question 5
Question
What theorist[s] believed in this model?
Image:
Esfera (image/gif)
Answer
Democritus and Dalton
Bohr
Show full summary
Hide full summary
Want to create your own
Quizzes
for
free
with GoConqr?
Learn more
.
Similar
Using GoConqr to study science
Sarah Egan
Electrolysis
lisawinkler10
Acids and Bases
silviaod119
Elements, Compounds and Mixtures
silviaod119
Chemistry General Quiz - 2
lauren_johncock
Chemistry Quiz General -3
lauren_johncock
Chemistry Module C2: Material Choices
James McConnell
AS Chemistry - Enthalpy Changes
Sarah H-V
The Periodic Table
asramanathan
Introduction to the Atom
Derek Cumberbatch
Acids and Bases
Sarah Egan
Browse Library