f(x)=cos(sin(x2)) [u(v)]' = u'(v) * v' so f'(x) = cos'(sinx(x2)) * sin'(x2) * (x2)' f'(x) = -sin(sin(x2)) * cos(x2) * 2x = -2x sin(sin(x2)) cos(x2)
1/f = 1/u+1/v Subtract 1/v from both sides: 1/f-1/v = 1/u Multiply all terms by fv: fv/f - fv/v = fv/u => v-f = fv/u Multiply all terms by u: u(v-f) = fv Divide both sides by v-f which will then make u the subject of the formula: u = fv/v-f
Yes. This Formula is known as Euler's Thereom.
Topologists, primarily.
In roman numerals, XII equals 12, and V equals 5. So as 12 plus 5 equals 17, XII plus V equals 17:) hope it helpedImproved Answer:XII+V = XVII (12+5 = 17)
f(x)=cos(sin(x2)) [u(v)]' = u'(v) * v' so f'(x) = cos'(sinx(x2)) * sin'(x2) * (x2)' f'(x) = -sin(sin(x2)) * cos(x2) * 2x = -2x sin(sin(x2)) cos(x2)
1/f = 1/u+1/v Subtract 1/v from both sides: 1/f-1/v = 1/u Multiply all terms by fv: fv/f - fv/v = fv/u => v-f = fv/u Multiply all terms by u: u(v-f) = fv Divide both sides by v-f which will then make u the subject of the formula: u = fv/v-f
V = 8 * 4 * 3 = 48 m3 A = 2*(8*4 + 4*3 + 3*8) = 2*(32 + 12 + 24) = 2*68 = 136 m2
Yes. This Formula is known as Euler's Thereom.
Total Cost (T) = Fixed Cost (F) plus Variable Cost (V) or T = F + V. The dependent variable is T because as F & V change, T depends on the values of F & V. The independent variables (plural; two) are F & V. F and V change independent of T. You can also think of the above as cause (independent) and effect (dependent). The cause of F & V changing has the effect of T changing. So, in the above equation, there are two independent variables; F & V.
Using the wave equation: Speed = frequency * wavelength, v = fλ v = speed in meters/second (m/s) f = frequency in Hertz (Hz) λ = wavelength in meters (m) and plugging in the given values, I got v =16.359 m/s, but double check me.
Topologists, primarily.
w=lh/v
v equals five
vg,reqbvh.qdskhvcq.djkhvc.dgbhvc/.EHK.JDB R/ VERV/QJEVUERFVHEQ/RUV NV FV FRFV/.AEJKFVB FV DAFV.DFA V FB D V DAF V FV DF VD FBV BAF DBV FV AD FV F V D VF V F V F V F V F V FV FV F V F V F V F
v equals m divided by p
No, the formula used to find force is not F equals mv. The correct formula for force is F = ma, where F is the force, m is the mass of the object, and a is the acceleration. This formula is derived from Newton's second law of motion.