A small 18 kilogram canoe is floating down river at a speed of 2m/s. What is the canoe’s kinetic energy
1 answer:
____________________________________________________
Answer:
Your answer would be 36 kg m²/s²
____________________________________________________
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:
- M = Mass
- V = Speed of the object
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.
____________________________________________________
You might be interested in
Answer: y = 2x - 6
Step-by-step explanation:
Let us turn the second given equation into slope-intercept form to match the first equation.
8x - 4y = 12
8x - 12 = 4y
4y = 8x - 12
y = 2x - 3
Now, parallel lines have the same slope. This is the <em>m</em> value.
y = <u>2</u>x - 3
\/
y = <u>m</u>x - 6
y = 2x - 6
<em> Read more about </em><em>your question</em><em> here which includes </em><em>parallel slopes</em><em>:</em>
<em> brainly.com/question/2406233</em>
Finding the slope using two points:
The formula for slope is
In this case...
^^^Plug these numbers into the formula for slope...
^^^Reduce this fraction
^^^This is your slope
Hope this helped!
~Just a girl in love with Shawn Mendes
Having obtained:
the next thing to do is collect the first three terms and write them as the square of a binomial, and also collect the last two terms, writing each of them with a denominator equal to 4a^2
We have:
.
Then, we take
to the right side and write these two terms as one:
.
Next, we take the square root of both sides, which has been shown in the solution.
Next, we have to take b/2a to the right hand side as -(b/2a), and removing the square in the denominator of the right hand side expression:
.
Answer: the steps to complete in the boxes are :
.
.
.
the next thing to do is collect the first three terms and write them as the square of a binomial, and also collect the last two terms, writing each of them with a denominator equal to 4a^2
We have:
Then, we take
Next, we take the square root of both sides, which has been shown in the solution.
Next, we have to take b/2a to the right hand side as -(b/2a), and removing the square in the denominator of the right hand side expression:
Answer: the steps to complete in the boxes are :