Given:
Length of first vector = 2 meters
Length of second vector = 4 meters
To find:
The vector which has a greater magnitude.
Solution:
We know that, magnitude of a vector represents the length of it.
The first vector that is 2 meters long has a magnitude 2.
The second vector that is 4 meters long has a magnitude 4.
Clearly, 4 is greater that 2, i.e., 4 > 2. So, magnitude of second vector is greater.
Therefore, the vector that is 4 meters long has greater magnitude.
You need to calculate the sale tax and add it to the value of the pair
of pants. The tax is calculated by multiplying the cost of the pants
times the rate, i.e.tax = $55 * 10% = $55 * 10/100 = $ 55*0.1 = $ 5.5.
Now sum this tax to the cost of the pants: $ 55 + $5.5 = $ 60.5. Then,
the answer is $ 60.50
Answer:
-50
Step-by-step explanation:
First, we must know that ab is the same as:
ab is the same as a multiply b
Now, since a is given as -5, we can substitute a with -5. This is shown below:
substitute ab with -5
Similarly, b is given as 10. So, we can substitute b with 10:
substitute b with 10
With this, we can now evaluate ab as shown below:
ab is equal to -50
<h3>Given</h3>
<h3>Find</h3>
<h3>Solution</h3>
The derivative of the average cost function at n=10 is -0.30.
