to hard forget it
p = principal ie amount invested; r = annual rate of interest; t = time in years. interest receivable = (p x t x r)/100
Energy (J) = Power x time Q = P x t
I = P x r x t/100 where I = Simple Interest P= principal r= rate t=time The formula is I=PRT P=principal,the money deposited or taken out. R=rate,the percent intrest T=time,the time elapsed or the daily basis
It is an algebraic expression. It resembles the formula for calculating the simple interest, but there are several discrepancies.
Answer t Which notation shows that P is a function of x?his question…
to hard forget it
Which one is correct dG(x-0)-dG(x+0)=-1/p(t) or 1/p(t)
Which one is correct dG(x-0)-dG(x+0)=-1/p(t) or 1/p(t)
I = P X R X T
Splay(T,x)while p[x] NILdo y = p[x]z = p[y]if x = left[root[T]]then Right-Rotate(T,root[T])else if x = right[root[T]]then Left-Rotate(T,root[T])else if x = left[y] and y = left[z]then Right-Rotate(T,z)Right-Rotate(T,y)else if x = right[y] and y = right[z]then Left-Rotate(T,z)Left-Rotate(T,y)else if x = right[y] and y = left[z]then Left-Rotate(T,y)Right-Rotate(T,z)else if x = left[y] and y = right[z]then Right-Rotate(T,y)Left-Rotate(T,z)
p u t i t l i k e t h i s
p = principal ie amount invested; r = annual rate of interest; t = time in years. interest receivable = (p x t x r)/100
T
_______________________________________________________ P = m x v P = momentum m= mass v = velocity _______________________________________________________ P t = P 1 x P 2 Total momentum = Momentum 1 X Momentum 2 Total momentum = ( mass x velocity of the first object ) x ( mass x velocity of the second object )
I = ( P x T x R) / 100
According to SOWPODS (the combination of Scrabble dictionaries used around the world) there are 1 words with the pattern T--P--X--. That is, nine letter words with 1st letter T and 4th letter P and 7th letter X. In alphabetical order, they are: triplexes