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:
If only it were that easy. After 1.44 hours, the price of the two stocks will be the same, 16.62.
Step-by-step explanation:
Let t be the time (in hours) after noon.
Stock(A) = 16.09 + 0.12 (t +3)
Stock(B) = 16.84 - 0.15t
Stock(A) = Stock(B)
16.09 + 0.12 (t+3) = 16.84 - 0.15t
16.09 + 0.12t + 0.36 = 16.84 - 0.15t
0.27t = 0.39
t=1.44 hours
Answer:
20 measured and 10 used
Step-by-step explanation:
Total number of participants is given as n = 10.
Number of treatment conditions = 2
Total measurements is therefore 2 × 10 = 20
Therefore, in total, 20 scores will be measured in the given study.
Now there are two samples and for each sample, for each sample we need to calculate the mean = Sum of value(measures)/Number of measures
mean = Sum of value(measures)/10
Therefore, we are going to have 20 measured and 10 used to calculate the sample mean and the sample variance.
Answer: erm... the vertex it (1,-9)
Step-by-step explanation:
i think i did it right....not good at this stuff
You can choose any value for x and find the corresponding y value. So let’s assume x=1.
y=6x-18
y=6(1)-18
y=6-18
y=-12
So a correct ordered pair would be (1,-12).
