C squared = a squared+ b squared (formula)
so therefore
(c longest side) (this is your x)
(a and b shorter sides).
C squared = 5 squared + 3 squared
C squared = 25 + 9
C squared = 31
Then you find the square root of c (which is just getting rid of the squared sign) and the square root of 31 And that is your answer
Hope this helps!!
Answer:
720
Step-by-step explanation:
Given that
The person could lose approx 8 × 10 if there is hair strains each day
Based on the above information
The number of hair strains the average person could lose in nine days is
= 9 days × 8 × 10
= 720
hence, the number of strains required for loosing in nine days is 720 and the same is to be considered
Answer:
[(sec^2)(x)]. [e^tan(x)]
Or
[e^(tan(x))]/[(cos^2)(x)].
Step-by-step explanation:
d/dx(e^tan(x))
From the low:
[(d/du)(e^u)]=[(d/du)(u)]. [ln(e)]. [e^u]
=[(sec^2)(x)]. [e^(tan(x))]. [ln(e)]
=[(sec^2)(x)]. [e^(tan(x))]
or
[e^(tan(x))]/[(cos^2)(x)].
Because
(cos^2)(x)=1 / (sec^2)(x)
