The magnitude of the vector C that satisfies the expression is 6.48m
Given the following magnitude;
Vector A = 5.1m
Vector B = 4.0m (upward)
Taking the resultant vector of A and B we will have:
Given the expression A⃗ +B⃗ +C⃗ =0⃗
R + C = 0
C = 0 - R
C = 0 - 6.48
C = -6.48m
Hence the magnitude of the vector C that satisfies the expression is 6.48m
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Answer:
2
Step-by-step explanation:
Given the average rate of change formula, we must first find the x and y values of the function.
We are provided with the two x values, 1 and 2. We now need to find the output, or y.
ƒ(x)=3^x-4x
ƒ(1)=3-4=-1
ƒ(2)=9-8=1
Then, we use the formula (ƒ(2)-ƒ(1))/x2-x1(subscripts here, in case you multiplied) which gets us 2/1, or 2. Therefore, the average rate of change(ARC) is 2. I believe you just need to find the output and subtract if they are exactly one whole number apart, but don't quote me on that.
Answer:
the answer is b
Step-by-step explanation:
the x axis is left and negative units would go to the left
the y axis is up and down so positives would go up
