C=A-B, according to the information, the vector A⃗ has a magnitude of 3.00 and is directed parallel to
the negative y-axis: that means Vector OA (0, -3)
<span> and vector B</span>⃗<span> has a magnitude of 3.00 and is directed parallel to
the positive y-axis. </span>
that means Vector OB (0, 3), so C=A – B means vectOC = vect OA - vect
OB =(0,-3)-(0,3)=(0,-6), so the magnitude of OA is sqrt((-6)^2)=6, so C=6
and
according to the information (as measured counterclockwise from the positive
x-axis), so the answer is <span>C = 6.00; θ = 90˚</span>
Unfortunately we can’t help you unless there is a picture or you wrote the problem down here
If the slopes of the 2 lines are equal then they are parallel.
If m1m2 = -1 (where m1 and m2 are the slopes of the 2 lines) then they are perpendicular.
If the 2 slopes do not match either the first or second conditions then they are neither parallel or perpendicular.
Answer: 10.0
Step-by-step explanation: In this problem, we are asked to round 10.034 to the nearest tenth. It's important to understand that the tenths place is 1 place to the right of the decimal point. So the digit in the rounding place is 0.
Next, look at the digit to the right of the rounding place which in this case is 3. Since the digit to the right of the rounding place, 3, is less than 5, we round down.
This means that the digit in the rounding place, 0, stays the same and we change all digits to the right of the rounding place to 0.
So 10.034 rounded to the nearest tenth is 10.000 or just 10<em>.</em>0 since we can drop zeroes at the end of a decimal.
The opposite of 7 is -7, the opposite of -3.5 is 3.5, the opposite of 2.25 is -2.25, and the opposite of 9 1/3 is -9 1/3
