Two fractions, a/b and c/d are equal if and only if the cross products ad and bc are equal.
no, because some examples are: (a-2)(a+2) = a^2-4 (binomial) & (a+b)(c-d) = ac-ad+bc-db (polynomial) but can 2 binomials equal to a monomial?
If bd ≠ 0, then a/b + c/d (the common denominator is bd) = (a x d)/(b x d) + (c x b)/(d x b) = ad/bd + cb/db = ad/bd + cb/bd = (ad + cb)/ bd
There were 1603 years between 396 CE (AD) and 1999 CE (AD).
hello people that answer is 10 TO 10 AD A LITTLE HORIZONTAL LINE AT THE TOP OF THE SECOND 1
2159 years
A parallelogram.
Let's stop this discussion about equal rights. We've been debating about this topic ad nauseam
If AD increased, all else being equal, the price level would increase.
well albert figured it out in 123 ad it equals mc2
802 AD means the yera 802 of the current era as defined by the West, ( approximately 802 yeras after the birth of Jesus)
Two fractions, a/b and c/d are equal if and only if the cross products ad and bc are equal.
If the cross-product are equal the ratios are equal. Thus, a/b = c/d if (and only if) ad = bc
a slave of the roman citizen
A year in time. Also 2100 years after the year of our lord (anno domini)
To find the number of years between 400 BC and 1500 AD, we need to calculate the difference between the two dates. First, let's convert 400 BC to BC to AD: 400 BC is equal to 400 years before the start of the AD era. Since the AD era starts at 1 AD, we add 400 years to 1 AD to get: 400 BC + 400 years = 1 AD Now, we can calculate the difference between 1 AD and 1500 AD: 1500 AD - 1 AD = 1499 years So, there are 1499 years between 400 BC and 1500 AD.
A polygon is any planar figure bounded by straight sides..A regular hexagon has 6 straight and equal sides.