Letter from John I. Mackenzie with the salutation “Dear Sir”

Letter from John I. Mackenzie with the salutation “Dear Sir” which states that Col. Tisdale and Hunter discussed the desirableness of transferring 5 of your shares over to Mackenzie (2 pages, handwritten). He also says that they will need funds for wages, March 28, 1878.

Letter (printed) with the salutation “Dear Sir”. The writer is John I. Mackenzie.

Letter (printed) with the salutation “Dear Sir”. The writer is John I. Mackenzie who outlines resolutions which were passed at the annual meeting of the Long Point Co., June 21, 1879.

Letter with the salutation “Dear Sir” and signed by Louis Cabot

Letter with the salutation “Dear Sir” and signed by Louis Cabot. He claims that he has written to George Richards to send a draft for $1,000.00 (2 pages, handwritten), March 23, n.d.

Letter addressed to “My Dear Sir” from Thomas Fuller

Letter addressed to “My Dear Sir” from Thomas Fuller (1 ½ pages) stating that Isaac Fuller died without a will. His eldest son, John Fuller died under age without a will. This is accompanied by a 1 page note bearing the same information, n.d.

Letter to “My Dear Sir” regarding provincial politics from William Benjamin Robinson

Letter to “My Dear Sir” regarding provincial politics from William Benjamin Robinson who was the member of the Simcoe legislature for many years, Jan. 9 (4 pages, handwritten), 1845.

The vision of sir Launfal and other poems

UANL

The vision of Sir Launfal, and other poems

UANL

Misterios de Londres : por Pablo Feval (Sir Francis Crolopp)

UANL

Folded SIR with CSRRs for Ultra Wide Band Applications

The paper presents a maximally flat compact planar filter employing folded Stepped Impedance Resonators (SIR) and Complementary Split Ring Resonators (CSRR), for Ultra Wide Band (UWB) applications. An interdigital quarter wavelength coupled line is used for achieving the band pass characteristics. The filter has low insertion loss in its pass band and steep roll off rate and good attenuation in its lower and upper stop bands. The measured microwave characteristics of the fabricated filter show good agreement with the simulated response

Changing Education Paradigms - Sir Ken Robinson

This animation was adapted from a talk given at the RSA by Sir Ken Robinson, world-renowned education and creativity expert and recipient of the RSA's Benjamin Franklin award. For more information on Sir Ken's work visit: http://www.sirkenrobinson.com