Answer:
Step-by-step explanation:
The first term must have one number before decimal point
the second term (factor) must be 10 having some power.
example;
5.0 ×10³
7.002×10^41
Answer: you simplfy the two equations already there then plug them in to find factors
Step-by-step explanation:
Answer:
a is the right answer atleast that's what I think
Try this way:
Note,
1. that 16/2=8 it means 10/2=5.
2. that 10*3=30, it means 16*3=48
Finally for whole table:
================
forks: 16 8 48
================
spoons: 10 5 30
================
The

row is filled by just plugging in the corresponding values of

and

into the ODE.
For example, when

and

, you have

and so on.