Answer:
7/9m=11/6 i believe is the answer.
1. 144ft
2. 72cm
3. Volume = 38m though it's not listed
4. Volume = 123cm though it's not listed
5. B, C (the 2 middle ones)
1) Simplify : - 4x + 3(2x + 5) - 3x + 12
breaking 3(2x + 5) we get,
Now, as per the PEMDAS rule let's shorten the like terms
<u>Correct option is C i.e. - x + 27</u>
2) Simplify : 3x + 3(x + 6) - 4 - 5x
breaking 3(x + 6) we get,
Again using the same rule we see,
<u>Correct answer is option C i.e. x + 14</u>
3) Expression : y[x² - 2(1 + 2)] ÷ y + 5²
In this case we are given that <em>x = 3</em> whereas <em>y = 7</em>
Putting the values of x and y we see,
<u>Henceforth, the final answer is 28</u>
Verticalset the denominator of the function equal to zero and solve for 'x', x is the vertical asymptote.Horizontalsubtract the amount of x's in the numerator from the number of x's in the denominator, then do one of the four things to find y: and if the answer is negative, then y=0 does that help any?if the answer is 0, then y= a/b (ax/bx)<span>If the answer is greater than positive 1, then there is no horizontal asymptote
</span>ObliqueIf the answer is 1, then it is oblique. use long division with the denominator as the divisor of the overall function given (not the fraction) and y= ax+/- b
Does this help at all
????
Answer:
k = - ![\frac{3h}{h+1}](https://tex.z-dn.net/?f=%5Cfrac%7B3h%7D%7Bh%2B1%7D)
Step-by-step explanation:
Given
h(k + 6) = 3h - k ← distribute parenthesis on left side
hk + 6h = 3h - k ( add k to both sides )
hk + k + 6h = 3h ( subtract 6h from both sides )
hk + k = - 3h ← factor out k from each term on the left side
k(h + 1) = - 3h ( divide both sides by (h + 1) )
k = - ![\frac{3h}{h+1}](https://tex.z-dn.net/?f=%5Cfrac%7B3h%7D%7Bh%2B1%7D)