The solution to the given differential equation is , , where c is constant of integration.
For given question,
We have been given a differential equation
We know that for any real number a, m, n,
⇒ dy/dx = ×
Separating the variables (x and its differential in one side and y and its differential in another side )
⇒ dy = dx
⇒ dy = dx
Integrating on both the sides,
⇒ dy = dx
We know that,
⇒
and
So the solution is, , where c is constant of integration.
Therefore, the solution to the given differential equation is , , where c is constant of integration.
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Answer: C
Step-by-step explanation:
Okay first set a comparison since the two triangles are similar
x-1/20=x-1+27/3x+8
x-1/20 = x+26/3x+8
cross multiply
20x+520=3x^2+8x-3x-8
3x^2-15x-528=0
3(x^2-5x-176)=0
im kinda lazy to factor this out so i used an online calculator right here but factor it out like a good kid
x=16, x=-11
it has to be positive so x=16
C
<h3>
Answer: D) 5</h3>
Reason: It's the largest exponent
When a polynomial is written in standard form like this, the term with the largest exponent is written first, then the next largest and so on. So in cases like this, we simply need to look at the left-most term; however, this may not always be the case as your teacher could easily mix up the terms to make sure you're paying attention.
This is considered a quintic polynomial due to the degree of 5.
Answer:
64 cm
Step-by-step explanation:
In a rectangle, two sides opposite each other would be equal to 95. (5 plus 95 is 190. 318 minus 190 is 128. 128 divided by 2 is 64. 64+64+95+95=318.