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y=log(100493/40000x), y=atan(-100493/40000x), y=exp(100493/40000x) approximate the
y=log(100493/40000x),
y=atan(-100493/40000x), y=exp(100493/40000x) approximate the region bounded by the given curves. be sure to
5 answers
asked by
jessica
465 views
one expression is y=log(-100493/40000)x the x is next to the (-100493/40000)
same with the other expression
5 answers
asked by
jessica
556 views
y=log(100493/40000*x-1)
y=atan(100493/40000*x+1) y=exp(-100493/40000*x+1) Note you will need 2 integrals to represent the area.
2 answers
asked by
Jordan
423 views
does anyone know how to approximate the are and circumfrence of the region bounded by the given curves
y=cos(x^2
12 answers
asked by
jessica
1,089 views
does anyone know how to approximate the are and circumfrence of the region bounded by the given curves
y=cos(x^2
2 answers
asked by
jessica
582 views
40000x=83187x+21
2 answers
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no ñame!
96 views
((4sin(atan(4/3))-4sin(0)))-(-3cos(atan(4/3))-(-3cos(0)))+((-3cos(pi/2)-(-3cos(atan(4/3))))-(4sin(pi/2)-4sin(atan(4/3))))+((-3co
0 answers
asked by
Jim
423 views
A stone is short-cut from a catapult with an initial velocity of 20m/s atan elevation of 40.calculate the velocity of nove
1 answer
asked by
Raphael
613 views
How do you convert rectangular equations into polar equations? If x4−y4=xy , then
r2=atan(b); What is a? What is b?
1 answer
asked by
Audrey
3,747 views
Which option best describes the demographic changes that occurred in Kazakhstan under the Soviet Union? (1 point)
• The Kazakh
1 answer
10 views