Step-by-step explanation:
Afro Eurasian network of trade basically encompassed all the major routes of trade before the discovery of Americas and thus meant that the tarde of many things was being done in different parts of it and from different parts of it.
The African coasts were rich in minerals and gold so it was traded from there while India and China were rich in silk, cotton, grain along with the very valuable salt which was also a commodity of the eastern and south eastern part of Asia.
The European trade route largely contributed to metals and non metals required for construction as well as other elements.
Answer:
Every 1.71 seconds, the bacteria loses 
Step-by-step explanation:
Given
Required [Missing from the question]
Every __ seconds, the bacteria loses
First, we model the function from t/3 to t.
Apply law of indices
Evaluate each exponent
--- This gives the number of bacteria at time t
At time 0, we have:
Let r be the time 1/2 disappears.
When 1/2 disappears, we have:
So, we have:
Substitute r for t
Substitute
Divide both sides by 8500
Take log of both sides
Apply law of logarithm
Make r the subject
<em>Hence, it reduces by 1/2 after every 1.71 seconds</em>
Answer:
6 * 10 to the -2nd power = 0.00027777777
4.2 to the -3rd power = 0.01349746247
If this helped leave a thanks, thanks.
Answer:
<em> f ( x ) = - 2x^2 + 3x + 1</em>
Step-by-step explanation:
If f ( x ) extends to → − ∞, as x→ − ∞ , provided f(x) → − ∞, as x → +∞, we can rewrite this representation as such;
− ∞ < x < ∞, while y > − ∞
Now the simplest representation of this parabola is f ( x ) = - x^2, provided it is a down - facing parabola;
If we are considering a down - facing parabola, the degree of this trinomial we should create should be even, the LCM being negative. Knowing that we can consider this equation;
<em>Solution; f ( x ) = - 2x^2 + 3x + 1</em>, where the degree is 2, the LCM ⇒ - 2
