Answer:
Part A: To find how much weight this insect can lift, you can multiply the equation's answer by the insect's weight. You would multiply the insect's weight by 1,182.
Part B: You need to multiply your weight, in pounds, by 1,182.
Answer:
(a) Monomial
(b) Cubic
Step-by-step explanation:
Given
Required
Classify
<u>By number of terms</u>
The above polynomial is single term.
Single term polynomials are referred to as monomial
<u>By degrees</u>
To determine the degree, we consider the variable farthest from the constant.
In this case, n is farther from 9 than m.
And the power or degree of n is 3.
Polynomials with degree 3 are referred to as cubic polynomial
Hello. To answer this questions, we need to remember some properties about fractions and equivalences.
Starting by the question 9:
Call the population 5 years ago by P. If the population has decreased 12000 in these 5 years and this represents a decrease of 3%, so it means the new population is 0.97P.
With this, we can make the following equation:
P - 12000 = 0.97P
Subtract 0.97P and sum 12000 in both sides of the equation
0.03P = 12000
Divide both sides of the equation by a factor of 0.03
P = 3600000
Forty million twenty three thousand and thirty two
Answer:
I'm pretty sure the answer is y=1x+3, also written as y=x+3
Step-by-step explanation:
the line crosses the y axis at 3, and the slope is 1 up and 1 over (1/1), simplified to just 1.
