Answer:
The equation which equates the two is M = 
A human with a body mass of 80 kilograms will have a blood mass of 4 kilograms.
Step-by-step explanation:
It is said that the blood mass is proportional to the body mass.
We can say that the blood mass of a mammal is M, and that the body mass of a mammal is B.
Since the two are proportional we can write
M ∝ B , or M = kB where k is the constant of proportionality.
Using the given values for a rhinoceros we can write
150 = k × 3000
Therefore k = 
Therefore the equation which equates the two is M =
A human with a body mass of 80 kilograms will have a blood mass of
= 
Answer:
C11=-2
C22=8
hope this will help you more
good luck
Roberto overtakes Juanita at the rate of (7.7 mi)/(11 h) = 0.7 mi/h. This is the difference in their speeds. The sum of their speeds is (7.7 mi)/1 h) = 7.7 mi/h.
Roberto walks at the rate (7.7 + 0.7)/2 = 4.2 mi/h.
Juanita walks at the rate 4.2 - 0.7 = 3.5 mi/h.
_____
In a "sum and diference" problem, one solution is half the total of the sum and difference. If we let R and J be the respective speeds of Roberto and Juanita, we have
R + J = total speed
R - J = difference speed
Adding these two equations, we have
2R = (total speed + difference speed)
R = (total speed + difference speed)2 . . . . . as computed above
Answer:
1 | noun | a message that is stated or declared; a communication (oral or written) setting forth particulars or facts etc
2 | noun | a fact or assertion offered as evidence that something is true
3 | noun | (music) the presentation of a musical theme
4 | noun | a nonverbal message
5 | noun | the act of affirming or asserting or stating something
6 | noun | (computer science) a line of code written as part of a computer program
7 | noun | a document showing credits and debits
(7 meanings)
Answer:
i would answer honestly for more points
Step-by-step explanation:
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