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>
Answer:
D is the correct answer.
Step-by-step explanation:
Find the portion of the graph that is above the x-axis.
A number line ranges from minus 5 to 5 with increment of 1 unit. Left, Point F is plotted on the number line at minus 3. Right, point G is plotted on the number line at 1.50, then the distance between F and G is 4.50.
Calculating the Distance between F and G:
It is given that, on a number line,
Point F is located at -3
Point G is at 1.50
Since, 1.5 > (-3) and each number is at a 1 unit difference form the adjacent number on the number line,
The difference between F and G = 1.50 - ( -3 )
This implies that the distance between F and G = 1.50 + 3
= 4.50 units
The numbers lying between the points F and G on the number line are: -2, -1, 0, and 1
Learn more about a number line here:
brainly.com/question/13189025
#SPJ1
The answer is 75%. This is because the 'or' rule for probability, the one we use when trying to determine P(A) or P(B), is to add the two probabilities. This means that we just need to add 30% and 45%, which gives us 75%.
I hope this helps!
