KaiserFury said:Can someone explain how we got the answer to number 37 in this paper: http://www.xtremepapers.com/CIE/Interna ... _qp_11.pdf
November 2010 paper 11
http://www.doctronics.co.uk/voltage.htm
V= R/(R+r) * Vin
We are currently struggling to cover the operational costs of Xtremepapers, as a result we might have to shut this website down. Please donate if we have helped you and help make a difference in other students' lives!
Click here to Donate Now (View Announcement)
KaiserFury said:Can someone explain how we got the answer to number 37 in this paper: http://www.xtremepapers.com/CIE/Interna ... _qp_11.pdf
November 2010 paper 11
The amplitude of vibration varies with position along the string: it is zero at node, and maximum at antinode. In a progressive wave, all points have same amplitude.
C ! Express each physical quantity in terms of its base quantities and then compare the right and left hand sides of each equation. Only C gives R.H.S. = L.H.S.tanmaydube said:A rubber rope of mass m and length x is stretched by a tension force T.
When the rope is moved up and down a wave moves along the rope with a velocity v.
Which equation is homogeneous and thus could be correct?
A v2=Tmx−1
B v2=Tm−1x−1
C v2=Tm−1x
D v2=Tmx
Please explain thank you!
For almost 10 years, the site XtremePapers has been trying very hard to serve its users.
However, we are now struggling to cover its operational costs due to unforeseen circumstances. If we helped you in any way, kindly contribute and be the part of this effort. No act of kindness, no matter how small, is ever wasted.
Click here to Donate Now