Answer:
A (14.44)
Step-by-step explanation:
13.62 multiplied by 6%= 0.8172
Add 13.62 and 0.8172= 14.4372
Round to the hundredths=14.44
The antiderivative of the function f '(t) = 4 cos (t) + sec^2(t) is determined by applying integral calculus. The antiderivative of 4 cos (t) is -4 sin(t) while the antiderivative of <span>sec^2(t) is tan (t). The total term is -4 sin(t) + tan (t). We try to replace pi/3 and the answer is 3.</span>
Answer:
The coordinates are (-7sqrt(3)/2, 7/2).
Step-by-step explanation:
The rectangular coordinates from polar coordinates is found by:
x = r*cos(theta)
y = r*sin(theta)
Substituting the given values, we get:
x = 7*cos(150 deg) = 7*(-sqrt(3)/2) = -7sqrt(3)/2
y = 7*sin(150 deg) = 7*(1/2) = 7/2
The coordinates are (-7sqrt(3)/2, 7/2).
I hope this helps! :)
Answer:
hi
Step-by-step explanation:
hi
Answer : 
and 
Greatest common factor of 
If we are able to factor out from each option then that would be our answer.
Lets check with each options
(a)
, we cannot take out 5.
(b)
, We can take out common factor and it can be written as 
(c) 
, we cannot take out n^2 because we have only 'n'
(d) , We can take out common factor and it can be written as 
(e) 
, we cannot take out 5 because we have 24
So answer is (b) and (d)
