8:45
-7:35
1:10 = 70 minutes
You can subtract that way or by knowing that there are 60 minutes in an hour and 8:35 to 8:45 is ten minutes you also get 70.
Answer:
See below in bold.
Step-by-step explanation:
Ship's vector:
Horizontal component = 30 cos 30 = 25.98.
Vertical component = 30 sin(-30) = -15.
So it is <25.98, -15).
The current's vector:
Horizontal component = 5 sin 20 = 1.71.
Vertical component = 5 cos 20 = 4.7.
So it is <1.71, 4.7>.
Answer:
Step-by-step explanation:
<u>Two ways to solve</u>
1.) Expand each term in the equation
- 7x = x · x · x · x · x · x · x
- 6x = x · x · x · x · x · x
- Count all the x’s ⇒ There are 13 x’s ⇒ 13x
2.) Add the coefficients
Hence,
Answer = 13x
Answer:
The original price of the book was $12.50
Step-by-step explanation:
3x - 0.2(3x) + 10 = 40
30x - 2(3x) + 100 = 400
30x - 6x + 100 = 400
24x + 100 = 400
24x = 300
x = 12.50
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Answer:
Your answer would be 36 kg m²/s²
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Step-by-step explanation:
To find the canoe's kinetic energy, we would need to use the kinetic energy formula in order to get the actual kinetic energy of the moving canoe.
The equation for this problem would be:
With what we know from the questions, our mass would be 18, and our speed would be 2. We would plug those numbers in our equation. Your equation should look like this:
Now, we solve:
Once you're done solving, you should get the answer of 36.
Therefore, the canoe's kinetic energy would be 36 kg m²/s².
36 kg m²/s² should be your FINAL answer.
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