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well the equation is the problem you need to do in order to finf=d the answer. like 1+1=? 1+1 is the equation.
statistics has nothing to do with real banking but it has scope in research and development department as in every r & d sector it uses tables and graphs and measures of central tendency to show the real result or expected one etc.
Its the highest number minues the lowest number :D
If you are given the radius (r) or diameter (d, which is twice the length of the radius) the equation to find the circumference (C) is: C=d(pi) or C=2r(pi).
r=9x d=2r | d=18x c=pi*d | c=pi*18x ~ 56.549x
Ermmtry looking on green peace :D.. Hope that helpss
v = d/t
well the equation is the problem you need to do in order to finf=d the answer. like 1+1=? 1+1 is the equation.
plug in a 0 for the "x" value of the equation, and solve it :D
a d = fDivide each side of the equation by 'd' :a = f/d
Distance = Speed * Time.
The equation ax^2 + bx + c = 0 where a, b and c are real and a is non-zero has discriminant D = b^2 – 4ac. Then,if D > 0 the equation has two real roots which are distinct;if D = 0 the equation has two real roots which are coincident;if D < 0 the equation has two roots which form a complex conjugate pair (advanced mathematics only).
statistics has nothing to do with real banking but it has scope in research and development department as in every r & d sector it uses tables and graphs and measures of central tendency to show the real result or expected one etc.
Its the highest number minues the lowest number :D
Solving for d: d = -4.7 satisfies the equation.
Since a day has 24 hours, you divide the hours by 24. In equation form:h = 24dor the equivalent:d = h/24
If you are given the radius (r) or diameter (d, which is twice the length of the radius) the equation to find the circumference (C) is: C=d(pi) or C=2r(pi).