Sound travels 10200m farther through stone in 17 seconds than through aluminium
Speed of sound in aluminium = 3100 m/s
The speed of sound in stone = 3700 m/s
Time taken = 17 minutes
Distance traveled = Speed x Time
Distance traveled by sound in aluminium in 17 seconds = 3100 x 17
Distance traveled by sound in aluminium in 17 seconds = 52700 m
Distance traveled by sound in stone in 17 seconds = 3700 x 17
Distance traveled by sound in stone in 17 seconds = 62900 m
Difference in the distance traveled = 62900 - 52700
Difference in the distance traveled = 10200 m
Sound travels 10200m farther through stone in 17 seconds than through aluminium
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Answer:
The polynomial
is in standard form.
Step-by-step explanation:
Writing the polynomial in standard form means we have to write the terms of the polynomial by descending degree.
- First writing the term with the highest or largest exponent or degree first
- Then writing the terms which have lower degrees/exponents in descending order.
- If there is any constant term in the polynomial, it is always written in the end.
so
Given the polynomial

Here:
- The highest exponent is the 4, so that entire term i.e.
is written first. Here it is also written first.
- Then the next term is the constant term, and constant terms is written in the end. Here, the constant terms is also written in the end.
Therefore, the polynomial
is in standard form.
Answer:
Five bottles
Step-by-step explanation:
Answer:
1.Convert all volumes to ounces
(a) Chlorpheniramine

(b) Lidocaine
V = 2 oz
(c) Banana flavouring

2.Calculate the total volume
Chlorpheniramine = 3.38 oz
Lidocaine = 2
Banana flavouring = <u>0.08
</u>
TOTAL = 5.46 oz
3. Calculate the number of bottles

The prescription will fill five bottles. The sixth bottle will be less than half-full.
Answer:
A.
Step-by-step explanation:
bc, it's high preasured. meaning its going 2b snowy.
Answer:
0
Step-by-step explanation:
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