An accident victim gets 0.5 pints (pt) of blood and 750 milliliters (mL) of an intravenous (IV) solution. What is the ratio of blood to the intravenous solution in lowest terms?
Answers
0.5 pt= 0.5x437.1765= 218.58825 mL
Ratio = 218.58825/750= 0.2915 % =29.15%
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Question 3! How to do it?
2. 3/5 f
3. 2/5 f
4. 3/5 + f
Answers
The correct expression for the frequency of the lower note when two musical notes are a sixth apart is: 3/5 f
Given that two musical notes are a “sixth” apart, the frequency of the lower note is 3/5 the frequency of the higher note.
We need to determine the expression for the frequency of the lower note.
When two musical notes are a "sixth" apart, it means that there are five whole steps or intervals between the two notes.
In music theory, each whole step corresponds to multiplying the frequency by a constant factor.
If we denote the frequency of the higher note as f, then the frequency of the lower note, which is 3/5 times the frequency of the higher note, can be calculated by multiplying f by 3/5.
Therefore, the correct expression for the frequency of the lower note is 3/5 f.
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Answer:
2. 3/5 f
Step-by-step explanation:
the lower note is the product of it's fractional part and the frequency of the higher note.
Answers
-- Two numbers that add to 12 can be
1 and 11
2 and 10
3 and 9
4 and 8
5 and 7
6 and 6
-- There are not two numbers that equal 5.
There is only one.
It is ...................................... 5 .
Answers
Answers
i lis like x
distribute invisible -1 to second set
-1(-1+3i)=1-3i
now we have
7-9i+1-3i
8-12i
The program recommends a constant intensity for 3 visits, increasing intensity over 3 visits, and then decreasing intensity for 3 visits before restarting the pattern. Which sets of values could be the intensities of Amber’s exercise during the fourth, fifth, and sixth visits? Select three options.
63%, 63%, 63%
66%, 69%, 72%
66%, 62%, 58%
63%, 65%, 67%
67%, 72%, 77%
Answers
Answer:
66%, 69%, 72%
63%, 65%, 67%
67%, 72%, 77%
Step-by-step explanation:
it says that people recommend the same intensity for three then increasing for three then decreasing thus repeating this cycle
so anyways for the fourth fifthe and sixth visit itll be an increasing sensitivity
Anyways for the fourth fifth and sixth visit, it'll be an increased sensitivity.
We have given that,
The table represents the recommended exercise intensity for an aerobic program based on the number of visits since beginning the program.
A 2-column table with 6 rows titled Intensity of Exercises. The first column is labeled Number of Visits with entries 1, 2, 3, 4, 5, and 6.
66%, 69%, 72%
63%, 65%, 67%
67%, 72%, 77%
What is the intensity?
The intensity or flux of radiant energy is the power transferred per unit area, where the area is measured on the plane perpendicular to the energy's propagation direction.
it says that people recommend the same intensity for three then increasing for three then decreasing thus repeating this cycle
so anyways for the fourth fifth and sixth visit, it'll be an increased sensitivity.
To learn more about the intensity visit:
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Answers
So,
ON MONDAY:
Time spent on patrol = 4.5 hrs
Time spent on surveillance = 2 hrs
ON TUESDAY:
Time spent on patrol = 3 hrs
Time spent on surveillance = 1 hr 40 min
Now,
The question is asking us the ratio of surveillance to patrol so, the value of surveillance needs to be on the top.
So,
Let's first change all the units to common units.....i.e. either hrs. to minutes or minutes to hrs.
In this case .....i think it will be easier to convert minutes to hrs.. because if we do that ...we only have to do one conversion.
So,
1 hr. 40 minuter = 1hr + (40 /60) hrs
= 1 + 0.67
= 1.67 hrs
So,
ON TUESDAY:
Time spent on surveillance = 1.67 hrs
Now,
Let us find the ratio of surveillance to patrol on both days:
ON MONDAY:
Ratio of surveillance to patrol =
ON TUESDAY:
Ratio of surveillance to patrol =
Now,
If we look at the ratio, the ratio of TUESDAY sure is greater than ratio on MONDAY
So, Tuesday has a greater ratio of time on surveillance to time on patrol