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The TravisMathew Widder 2.0 Michigan Patch Snapback Golf Hat is the perfect option to finish off any outfit. It features a mesh back to help you stay cool and is finished with a Michigan patch on the front.� TravisMathew Widder 2.0 Michigan Patch Snapback Golf Hat Features: Flexfit 110 technology State of Michigan patch with an iconic color scheme Adjustable snapback closure Mesh back for added breathability Stretch sweatband Subtle TM icon flag logo on left brim Pre-curved brim One size fits most 63% Polyester � 34% Cotton � 3% PU Style Number: 1MS389MSU Authorized TravisMathew Retailer Buy TravisMathew Snapback Golf Hats

The TravisMathew Widder 2.0 Michigan Patch Snapback Golf Hat is the perfect option to finish off any outfit. It features a mesh back to help you stay cool and is finished with a Michigan patch on the front.� TravisMathew Widder 2.0 Michigan Patch Snapback Golf Hat Features: Flexfit 110 technology State of Michigan patch with an iconic color scheme Adjustable snapback closure Mesh back for added breathability Stretch sweatband Subtle TM icon flag logo on left brim Pre-curved brim One size fits most 63% Polyester � 34% Cotton � 3% PU Style Number: 1MS389MSU Authorized TravisMathew Retailer Buy TravisMathew Snapback Golf Hats

The TravisMathew Widder 2.0 Michigan Patch Snapback Golf Hat is the perfect option to finish off any outfit. It features a mesh back to help you stay cool and is finished with a Michigan patch on the front.� TravisMathew Widder 2.0 Michigan Patch Snapback Golf Hat Features: Flexfit 110 technology State of Michigan patch with an iconic color scheme Adjustable snapback closure Mesh back for added breathability Stretch sweatband Subtle TM icon flag logo on left brim Pre-curved brim One size fits most 63% Polyester � 34% Cotton � 3% PU Style Number: 1MS389UM Authorized TravisMathew Retailer Buy TravisMathew Snapback Golf Hats

A young man loses his job and is forced to relocate. No one is hiring in such bleak economic times. America finds itself threatened by a world superpower firmly in control of global trade. Money is scarce, businesses fail, and the Bank of the United States closes its doors. The country will soon be embroiled in another war. This is not present day the year is 1811. Craig Ridgeway, a 21-year old gunsmith from Pennsylvania, rides a flatboat down the Ohio River and settles in Breckinridge County, Kentucky to try his hand at farming. Through an accidental association with a notorious widow (the past proprietor of a liquor vault and prostitution den), he inherits a patch of rich bottomland, embraces a nearby family, and falls in love with the abandoned wife of a violent outlaw. Overcoming inexperience and hardships, Craig builds a promising new life, learning how to raise corn, tobacco and hemp. Inspired by the Widder's recipe, he and his wife Mary manufacture bourbon whiskey, which he markets profitably in New Orleans. A new steamboat embarks on its first journey down the Ohio and Mississippi Rivers, ushering in a new economic era. But good fortune comes at a high price. The looming war with Great Britain disrupts the economy and soon overshadows Craig's life. He must make choices that affect others in times of conflict. Will he risk everything by fighting on the northern frontier? Will he use his special talents as a gunsmith and marksman to help his nation? After twice refusing to fight on the northern frontier, he has one last chance to join his fellow Kentuckians in the heroic defense of New Orleans. The epic battle on the sugarcane plantations below the city provides redemption for the young American nation and for Craig, as he returns home to continue his adventure in life with Mary. Widder's Landing is a story of life, love and survival set against the rugged Kentucky frontier.

Describes the August 1940 attack on and sinking of the Anglo Saxon, a British merchant ship, by the Widder, a German surface raider disguised as a merchant ship from a neutral country, and the desperate ordeal of the survivors of the doomed ship, only two of which made it to safety in the Bahamas. 40,000 first printing.

Introduction to Transform Theory (Pure & Applied Mathematics) [hardcover] Widder, David V. [Sep 01, 1971]

On Friday, May 18, 1934, radio columns in the New York press announced that Bert Parks of CBS would be "relinquishing his status as N.Y.'s youngest Network Staff Announcer to the newly appointed George Ansbro on the NBC Announcing Staff." Ansbro's successful audition led to a career that included work on Young Widder Brown, Manhattan Maharajah and Dr. I.Q., the television show from which the book's title line is taken. Fifty-five years after his broadcast beginning, he was hailed as a pioneer who in terms of service held the honor of being the oldest employee of any network. From his role as an NBC page in 1931 to his career as a network announcer, Ansbro recalls a career that includes a who's who of early radio and Hollywood stars, and a transition from what was known as the Blue Network and its beginnings at Rockefeller Center to the massive radio and television organization now known as ABC. Along with such names as Howard Cosell, Bob Hope, and Mary Pickford, Ansbro helped shape the modern entertainment world.

The Fourier transform and the Laplace transform of a positive measure share, together with its moment sequence, a positive definiteness property which under certain regularity assumptions is characteristic for such expressions. This is formulated in exact terms in the famous theorems of Bochner, Bernstein-Widder and Hamburger. All three theorems can be viewed as special cases of a general theorem about functions qJ on abelian semigroups with involution (S, +, *) which are positive definite in the sense that the matrix (qJ(sJ + Sk» is positive definite for all finite choices of elements St, . . . , Sn from S. The three basic results mentioned above correspond to (~, +, x* = -x), ([0, 00[, +, x* = x) and (No, +, n* = n). The purpose of this book is to provide a treatment of these positive definite functions on abelian semigroups with involution. In doing so we also discuss related topics such as negative definite functions, completely mono­ tone functions and Hoeffding-type inequalities. We view these subjects as important ingredients of harmonic analysis on semigroups. It has been our aim, simultaneously, to write a book which can serve as a textbook for an advanced graduate course, because we feel that the notion of positive definiteness is an important and basic notion which occurs in mathematics as often as the notion of a Hilbert space.

The Fourier transform and the Laplace transform of a positive measure share, together with its moment sequence, a positive definiteness property which under certain regularity assumptions is characteristic for such expressions. This is formulated in exact terms in the famous theorems of Bochner, Bernstein-Widder and Hamburger. All three theorems can be viewed as special cases of a general theorem about functions qJ on abelian semigroups with involution (S, +, *) which are positive definite in the sense that the matrix (qJ(sJ + Sk» is positive definite for all finite choices of elements St, . . . , Sn from S. The three basic results mentioned above correspond to (~, +, x* = -x), ([0, 00[, +, x* = x) and (No, +, n* = n). The purpose of this book is to provide a treatment of these positive definite functions on abelian semigroups with involution. In doing so we also discuss related topics such as negative definite functions, completely mono­ tone functions and Hoeffding-type inequalities. We view these subjects as important ingredients of harmonic analysis on semigroups. It has been our aim, simultaneously, to write a book which can serve as a textbook for an advanced graduate course, because we feel that the notion of positive definiteness is an important and basic notion which occurs in mathematics as often as the notion of a Hilbert space.

Introduction to Transform Theory (Pure & Applied Mathematics) [hardcover] Widder, David V. [Sep 01, 1971]

This classic text by a distinguished mathematician and former Professor of Mathematics at Harvard University, leads students familiar with elementary calculus into confronting and solving more theoretical problems of advanced calculus. In his preface to the first edition, Professor Widder also recommends various ways the book may be used as a text in both applied mathematics and engineering.Believing that clarity of exposition depends largely on precision of statement, the author has taken pains to state exactly what is to be proved in every case. Each section consists of definitions, theorems, proofs, examples and exercises. An effort has been made to make the statement of each theorem so concise that the student can see at a glance the essential hypotheses and conclusions.For this second edition, the author has improved the treatment of Stieltjes integrals to make it more useful to the reader less than familiar with the basic facts about theRiemann integral. In addition the material on series has been augmented by the inclusion of the method of partial summation of the Schwarz-Holder inequalities, and of additional results about power series. Carefully selected exercises, graded in difficulty, are found in abundance throughout the book; answers to many of them are contained in a final section.