Does the reaction above satisfy the law of conservation of matter? Use details to support your work.
1 answer:
Answer:
No, the amount of matter of the reactants is not equal to the amount of matter of the products.
Explanation:
According to the conservation of matter the amount of matter of the reactants is equal to the amount of matter of the products. The given reaction is

In the reactant side there are
molecules of hydrogen and
molecules of oxygen.
In the product side there are 2 molecules of both hydgrogen and oxygen. So the reaction does not satisfy the law of conservation of mass.
The balanced reaction would be
.
You might be interested in
Answer:
I dont know someone deleted answers. But they were wrong. INERTIA IS CORRECT I DID THIS IN MY SCHOOL
C IS CORRECT
Answer:
It's D
Explanation:
Sorry if im wrong, correct me in comments and tell them actual answer if I'm wrong.
The answer is B-plus.
The object is accelerating to the right, and up.
Answer:
Force=10N
Velocity=13m/s
Explanation:
Given,
Mass = 5kg
initial velocity=3m/s
Final velocity=7m/s
Time=2s
Now acceleration= v-u/t
=7-3/2
=4/2
=2m/s²
So, acceleration=2m/s²
Now,
F=ma
=5*2
=10N