Y = x + 1......slope = 1, y int = 1
y = x + 2.....slope = 1, y int = 2
In y = mx + b form, the slope can be found in the m position and the y int can be found in the b position.
if the equations have the same slope, but different y int, then u have a set of parallel lines which never cross...therefore they have no solution and are inconsistent
Answer: 35.07
Step-by-step explanation:
35.00 + 0.7 = 35.07 (for one tire)
140.28 (for the 4 tires in total)
Answer:
a) Linear
b) Linear
c) Linear
d) Neither
See explanation below.
Step-by-step explanation:
a)
For this case the differential equation have the following general form:
Where and and since n>1 we can see that is a linear differential equation.
b)
We can rewrite the following equation on this way:
For this case the differential equation have the following general form:
Where and and since n=0 we can see that is a linear differential equation.
c)
For this case we can write the differential equation on this way:
For this case the differential equation have the following general form:
Where and and since n=0 we can see that is a linear differential equation.
d)
For this case we can't express the differential equation in terms:
So the is not linear, and since we can separate the variables in order to integrate is not separable. So then the answer for this one is neither.
Answer:
<em>24 children</em>
Step-by-step explanation:
If the length of time, y hours, it takes to put a jigsaw puzzle together is inversely proportional to the number of children, x, this is represented as;
k is the constant of proportionality
If it takes 16 children 6 hours to put the jigsaw puzzle together, this means at x = 16, y = 6
Substitute:
6 = k/16
k = 6*16
k = 96
W are to find number of children needed to put the same jigsaw puzzle together in 4 hours, this is done by substituting k = 96 and y = 4 into the expression y = k/x
y = 96/4
y = 24
<em>Hence it will take 24 children to put the same jigsaw puzzle together in 4 hours</em>
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