First, we want to subtract the numbers within the parenthesis. However, to do this we must put each number over a common denominator. We can do his by multiplying
6
by the appropriate for of
1
:
2
3
(
6
−
5
6
)
⇒
2
3
(
[
6
6
×
6
]
−
5
6
)
⇒
2
3
(
36
6
−
5
6
)
⇒
2
3
(
31
6
)
Next, we can multiply the two fractions to complete the evaluation of the expression:
2
3
(
31
6
)
⇒
2
3
×
31
6
⇒
2
×
31
3
×
6
⇒
62
18
Now, we can factor the numerator and denominator so we can cancel common terms. This will give the simplest form of the fraction:
2
×
31
2
×
9
⇒
2
×
31
2
×
9
⇒
31
9
Hope this helps
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We know that functions are mathematical entities that assign unique outputs to given inputs. In other words, a function can't have repeated values in the input repeated x-value.
For example consider the relation {(1,4), (1,5), (2,6), (3,7), (4,8), (5,9)}.
We see that above relation has repeated x-value "1" which is assigned to two different output values 4 and 5. So by definition of function, above relation can't be a function.
Use this equation :
al=2(pi)rh
We conclude that the closest measure to 73 hectograms is 16.09 pounds,
<h3>
Which of the following are approximately equal to 73 hectograms?</h3>
First, notice that:
1 hectogram = 100 grams.
Now let's write all of the given measures in grams, and let's see which one is approximately equal to 73 hg.
Remember that:
1 ounce = 28.3 grams.
1 pound = 453.6 grams.
Then the given measures are:
- 257.5 oz = (257.5)*28.3 grams = 7,287.25 grams.
- 0.73 lb = 0.73*(453.6 grams) = 331.128 grams.
- 16.09 oz = (16.09)*28.3 grams = 455.347 grams.
- 16.09 lb = (16.09)*453.6 grams = 7,298.4 grams
The one that is closest to 73 hectograms is the last measure, that when written in hectograms are:
7,298.4 grams = (7,298.4/100) hectograms = 7.298 hectograms.
We conclude that the closest measure to 73 hectograms is 16.09 pounds.
If you want to learn more about changes of units:
brainly.com/question/9301317
#SPJ1
Answer:
i think true
Step-by-step explanation:
