Answer:
Step-by-step explanation:
Required to prove that:
Sin θ(Sec θ + Cosec θ)= tan θ+1
Steps:
Recall sec θ= 1/cos θ and cosec θ=1/sin θ
Substitution into the Left Hand Side gives:
Sin θ(Sec θ + Cosec θ)
= Sin θ(1/cos θ + 1/sinθ )
Expanding the Brackets
=sinθ/cos θ + sinθ/sinθ
=tanθ+1 which is the Right Hand Side as required.
Note that from trigonometry sinθ/cosθ = tan θ
Answer:
Without them, there would have been no United States of America.
The Founding Fathers, a group of predominantly wealthy plantation owners and businessmen, united 13 disparate colonies.
They fought for independence from Britain and penned a series of influential governing documents that steer the country to this day.
All the Founding Fathers, including the first four U.S. presidents, at one point considered themselves British subjects.
But they revolted against the restrictive rule of King George III outlining their grievances in the Declaration of Independence, a powerful call for freedom and equality.
They won a stunning military victory over what was then the world’s preeminent superpower.
Answer:
113 each day
Step-by-step explanation: i cant draw it out but just put it into a bubble or something sorry
Recall that the area under a curve and above the x axis can be computed by the definite integral. If we have two curves
<span> y = f(x) and y = g(x)</span>
such that
<span> f(x) > g(x)
</span>
then the area between them bounded by the horizontal lines x = a and x = b is
To remember this formula we write
