Answer:
0.54 lillies per square meter.
Step-by-step explanation:
First we <u>calculate the area</u>:
Area = length * width
Area = 6 m * 4 m = 24 m²
The we <em>divide the population of lillies (13) by the area</em>, to <u>calculate the population density</u>:
13 lillies / 24 m² = 0.54 lillies/m²
So the population density is 0.54 lillies per square meter.
N+15=M N+M=-47 -47-15=-62 -62/2=-31 -31+-16=-47, therefore the answer is N=-31 and M=-16
233 to 1 significant figure :
233 ≈ 200 (1 s.f.)
Answer:
c = 1
Step-by-step explanation:
The formula for the MVT is
where f'(c) is the derivative of the function: 8x - 3;
f(b) is the function evaluated at an x value of 2 (the second number in the interval): f(b) = 12;
f(a) is the function evaluated at an x value of 1 (the first number in the interval: f(a) = 2
Setting up:
So basically what we end up with is
8c - 3 = 5 and
8c = 8 so
c = 1
This function does in fact satisfy the requirements for the MVT: it is continuous on the interval and it is differentiable on the interval as polynomials by nature are continuous and differentiable on all values of x.
Answer:
-2
Step-by-step explanation:
if you graph this you will see that y equals zero at x equals negative 2