L = S + 16; 3 x (S + 16) = 9S ie 3S + 48 = 9S ie 48 = 6S so S = 8 and L = 24
Let L equal the larger of the two integers and S the smaller. Then L=2S. Also L-1/S=1/S. Starting with this second equation and solving for L results in L=2/S. Equating the two values of L produces 2/S=2S and 1/S=S. The solutions to this last equation are S=1 or S=-1. If L is to be the larger of the two integers, then S must equal 1 and L must equal 2.
The lower bound of a set S if a number L such that L < s for all s in S and, given another number d (however small), there is an element t, in S such that t < L+d.
Let the smaller number be S and the larger number L. The difference if L - S. Divide this difference into (say) three, then The first of the two intermediate numbers is S + (L-S)/3 The second of the two intermediate numbers is S + 2(L-S)/3
Suppose length = L and width = Wthen perimeter, P = 2(L + W) = 16 => L + W = 8 and so W = 8 - LAlso, area A = L*W = 12therefore L*(8 - L) = 12 or L^2 - 8L + 12 = 0 => L = 2 or L = 6These are conjugate solutions so (L, W) = (6, 2) centimetres.
Designate the smaller number by s and the larger by l. Then l = s + 8; s + l = 2s + 8 = 20; 2s = 20 - 8 = 12; s = 6 and l = 14.
8 Legs on a Spider
8 legs on a spider
8 liters of a solution.
8 Legs on a Spider
an insect has 6 legs but a spider has 8 legs
8 legs of a spider
Spider has eight legs.
A Spider has 8 Legs
I think it's 8 laces on a shoe
8 people of sin in the elligal library
8 liters is equivalent to 8000 milliliters (mL).