autotrophs or heterotrophs:
(a) a giant redwood tree,
(b) a spider,
(c) a rose bush,
<span>(d) a mushroom,
(e) a blue whale.
</span>autotrophs=a)and (c)
<span>heterotrophs=b)d)and e)</span><span>
Hope This helped!</span>
10.5 fl (87.5%)
Step-by-step explanation:
also, you are giving 5 points to whoever answers your question, but it takes 10 points of your to ask the question
hope this helps <3
This problem requires a system of equations, which we can easily come up with. "The length plus the width is 15" is L + W = 15. That is the first of 2 equations. The area is found by multiplying the length by the width, so the next statement, "The area is 44" is L*W=44. Solve that first equation for L to get L=15-W. Now sub that L value into the second equation in place of L to get an equation in terms of W only. (15-W)W=44. We will distribute to get

. Now we will bring the 44 ovr by subtraction and put this into standard form:

. I personally do not like to try to factor polynomials with negative leading coefficients, so let's change all those signs (yes, that's legal):

. If you plug those values into the quadratic formula you will get w values of 11 and 4. It just so happens (and NOT by coincidence) that 11+4 = 15, which fits our "the length of a rectangle plus its width is 15", and 11*4 = 44, which fits our "the area of the rectangle is 44". So the length and width are 11 and 4, respectively.
It is called a negative number. For example, -4 -976 -23 -21
Answer:
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Step-by-step explanation: