Answer:
It is a chemical change ⇒ 1st answer
Step-by-step explanation:
* Lets explain the statements to solve the problem
- <u><em>A chemical change</em></u> occurs when a new substance is formed through
  a chemical reaction 
- Ex: cooking an egg
- <u><em>Change of reaction</em></u> is the rate of reaction it can be decreases or
   increasing 
- <u><em>A phase change</em></u> is a change from one state to another without a 
  change in chemical composition
- Ex: Condensation: the substance changes from a gas to a liquid
- <u><em>A physical change</em></u>, such as a state change or dissolving, but does 
  not create a new substance
- Ex: Breaking a glass
* Lets solve the problem
- A piece of toast came out of the toaster very overcooked.
∵ It is like the cooking an egg
∴ It is a chemical change
 
        
             
        
        
        
Width would have to be a quadratic
Use long division to find the other factor of the cubic polynomial P (x).
P (x) factors in case it is reducible over R[x]
if it weren't then P (x) mod R [x] would be a field 
otherwise you could use the Eisenstein Criterion.
        
             
        
        
        
Answer:
x=16
y=8.00
8/16=0.5  (50 cents per apple)
y=0.5x+0
 
        
             
        
        
        
Answer:
 $0.24
Step-by-step explanation:
Given:
At full price, Melvin would  pay for per liter of gasoline =  $1.679
Using his loyalty card, Melvin only pays = $1.439
Question asked:
How much less does Melvin pay per liter using his loyalty card?
Solution:
At full price, Melvin would  pay for per liter of gasoline =  $1.679
Using his loyalty card, Melvin only pays = $1.439
To find that that how much less amount Melvin pay for per liter of gasoline using his loyalty card, we will subtract the payment using loyalty card from payment without using loyalty card.
$1.679 -  $1.439 = $0.24
Therefore, $0.24 less amount Melvin pay for per liter of gasoline using his loyalty card.
 
        
             
        
        
        
Answer:
Area
Step-by-step explanation: