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| 1 (a) Simplify Vxy" ÷ VFy6 „8.10 giving your answer in the form x°y, where a and b are integers. (b) ) Show that 4(t-2) +5(t- 2) can be written in the form (t- 2) (qt +r), where p, q and r are constants to be found. (ii) Hence solve the equation 4(1-2) + 5(t- 2) = 0.

| 1 (a) Simplify Vxy" ÷ VFy6 „8.10 giving your answer in the form x°y, where a and b are integers. (b) ) Show that 4(t-2) +5(t- 2) can be written in the form (t- 2) (qt +r), where p, q and r are constants to be found. (ii) Hence solve the equation 4(1-2) + 5(t- 2) = 0.

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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PAPER 1 4. INDICES AND SURDS page 33 J2017 1 (a) Simplify Vxyl" ÷ VFy , giving your answer in the form x°y°, where a and b are integers. (b) (i) Show that 4(t-2) + 5(t- 2) can be written in the form (t- 2) (qt +r), where p, q and r are constants to be found. (ii) Hence solve the equation 4(t- 2) + 5(1 – 2) = 0.
Transcribed Image Text:PAPER 1 4. INDICES AND SURDS page 33 J2017 1 (a) Simplify Vxyl" ÷ VFy , giving your answer in the form x°y°, where a and b are integers. (b) (i) Show that 4(t-2) + 5(t- 2) can be written in the form (t- 2) (qt +r), where p, q and r are constants to be found. (ii) Hence solve the equation 4(t- 2) + 5(1 – 2) = 0.
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