`` Suppose you take Mr. Hearst's morning American at $10,000 a year '', Brisbane proposed.

`` Suppose you let me explain.

Suppose I tell you that I tossed a coin 12 times and in the process observed 3 heads.

Suppose that you add blue, then the blue – red – black tree defined like red – black trees but with the additional constraint that no two successive nodes in the hierarchy will be blue and all blue nodes will be children of a red node, then it becomes equivalent to a B-tree whose clusters will have at most 7 values in the following colors: blue, red, blue, black, blue, red, blue ( For each cluster, there will be at most 1 black node, 2 red nodes, and 4 blue nodes ).

As they discussed Shelvocke's book, Wordsworth proffers the following developmental critique to Coleridge, which importantly contains a reference to tutelary spirits: " Suppose you represent him as having killed one of these birds on entering the south sea, and the tutelary spirits of these regions take upon them to avenge the crime.

Suppose, however, that you pick two tickets rather than one.

Suppose you want to find the shortest path between two intersections on a city map, a starting point and a destination.

Suppose someone told you they had a nice conversation with someone on the train.

Suppose you had a list of unique identifiers for each person in the room, like a social security number in the United States.

Suppose you teach in a school or university.

Suppose you recognize one student — call her Anna — from a prior course in which Anna either excelled or did poorly.

:" Moses said to God, ' Suppose I go to the Israelites and say to them, " The God of your fathers has sent me to you ," and they ask me, ‘ What is his name ?’ Then what shall I tell them ?” God said to Moses, “ I AM WHO I AM " — Exodus 3: 13-14 ( New International Version ) ( see Tetragrammaton ).

Suppose you quantify your uncertainty as a 90 % chance of sunshine.

No. Suppose the Lord should touch your eyes that you might see, could you then see the spirits?

Suppose that you start with $ 10 in poker chips, and you repeatedly wager $ 1 on a ( fair ) coin toss indefinitely, or until you lose all of your poker chips.

Suppose that you are popping one hundred kernels of popcorn, and each kernel will pop at an independent, uniformly random time within the next hundred seconds.

Suppose that you have a coin purse containing five quarters, five nickels and five dimes, and one-by-one, you randomly draw coins from the purse and set them on a table.

Suppose you have a function

INTERVIEWER: Suppose someone called you and said there was a kid, nineteen or twenty years old, who has been a very good boy, but all of a sudden this week he started walking around the neighborhood carrying a large cross.

" Suppose we take you as an example.

Suppose now I tell that I tossed the coin until I observed 3 heads, and I tossed it 12 times.

He says, " Suppose we tell the Soviets that if they invade West Berlin we will launch an out nuclear attack.

Between lines 124 and 125, Henry states " Ah Plantagenet, why seekest thou to depose me ?/ Are we not both Plantagenets by birth ?/ And from two brothers lineally descent ?/ Suppose by right and equity thou be king ...".

In Act 1, Scene 1, four lines are added at the beginning of Henry's declaration that he would rather see civil war than yield the throne ; " Ah Plantagenet, why seekest thou to depose me ?/ Are we not both Plantagenets by birth ?/ And from two brothers lineally descent ?/ Suppose by right and equity thou be king ...".

Suppose that in a mathematical language L, it is possible to enumerate all of the defined numbers in L. Let this enumeration be defined by the function G: W → R, where G ( n ) is the real number described by the nth description in the sequence.

Suppose that I is an interval b in the real numbers R and that f: I → R is a continuous function.

It is frequently stated in the following equivalent form: Suppose that is continuous and that u is a real number satisfying or Then for some c ∈ b, f ( c ) = u.

: Suppose ƒ is a continuous complex-valued function defined on the real interval.

An uncountable subset of the real numbers with the standard ordering ≤ cannot be a well-order: Suppose X is a subset of R well-ordered by ≤.

Suppose that we have already constructed Lebesgue measure on the real line: denote this measure space by ( R, B, λ ).

* Suppose & B is equivalent to & D. If we acquire new information A and then acquire further new information B, and update all probabilities each time, the updated probabilities will be the same as if we had first acquired new information C and then acquired further new information D. In view of the fact that multiplication of probabilities can be taken to be ordinary multiplication of real numbers, this becomes a functional equation

Suppose that x and y are real numbers and that y is a function of x, that is, for every value of x, there is a corresponding value of y.

Suppose that L is a lattice of determinant d ( L ) in the n-dimensional real vector space R < sup > n </ sup > and S is a convex subset of R < sup > n </ sup > that is symmetric with respect to the origin, meaning that if x is in S then − x is also in S.

Suppose that K is a field ( for example, the real numbers ) and V is a vector space over K. As usual, we call elements of V vectors and call elements of K scalars.

" Suppose further ," Socrates says, " that the man was compelled to look at the fire: wouldn't he be struck blind and try to turn his gaze back toward the shadows, as toward what he can see clearly and hold to be real?

Suppose M is an m × n matrix whose entries come from the field K, which is either the field of real numbers or the field of complex numbers.

Suppose that for every real number x.

Suppose that vectors in the real coordinate space R < sup > n </ sup > are represented as column vectors

Suppose that ν > − 3 / 2 and σ < sub > n </ sub > are real numbers for positive integers n with limit 0 and such that

Suppose we replace the real Hamiltonian of the model by a trial Hamiltonian, which has different interactions and may depend on extra parameters that are not present in the original model.

Suppose that f is entire and | f ( z )| is less than or equal to M | z |, for M a positive real number.

Suppose H is a non-decreasing function of a real variable.

Suppose we have a function f of a complex variable z which is not analytic, but happens to be differentiable with respect to its real and imaginary components separately.

: Suppose x < sub > 1 </ sub >,..., x < sub > n </ sub > are real numbers and the transcendence degree of the field Q ( x < sub > 1 </ sub >,..., x < sub > n </ sub >, exp ( x < sub > 1 </ sub >),..., exp ( x < sub > n </ sub >)) is strictly less than n, then there are integers m < sub > 1 </ sub >,..., m < sub > n </ sub >, not all zero, such that m < sub > 1 </ sub > x < sub > 1 </ sub > +...+ m < sub > n </ sub > x < sub > n </ sub > = 0.

Suppose that X < sub > t </ sub > is a real-valued stochastic process defined on a probability space and with time index t ranging over the non-negative real numbers.

Suppose that the Borel transform converges to an analytic function near 0 that can be analytically continued along the positive real axis to a function growing sufficiently slowly that the following integral is well defined ( as an improper integral ).

Suppose a, b, c are positive real numbers.