![What does it mean to be proportional? When two ratios are equal, they are PROPORTIONAL Example: 2 = x 6 = 30 2 x 15 = 30 Look! There cross Products. - ppt download What does it mean to be proportional? When two ratios are equal, they are PROPORTIONAL Example: 2 = x 6 = 30 2 x 15 = 30 Look! There cross Products. - ppt download](https://images.slideplayer.com/26/8603082/slides/slide_4.jpg)
What does it mean to be proportional? When two ratios are equal, they are PROPORTIONAL Example: 2 = x 6 = 30 2 x 15 = 30 Look! There cross Products. - ppt download
![53. A photon and an electron have equal energy E. Iphoton electron is proportional to (a) VE 01/E (c) 1E (d) Does not depend upon E 3)2 PAGE: 5 RICC 53. A photon and an electron have equal energy E. Iphoton electron is proportional to (a) VE 01/E (c) 1E (d) Does not depend upon E 3)2 PAGE: 5 RICC](https://d2rrqu68q7r435.cloudfront.net/images/4404957/6f798595-ecee-476b-91ae-ecb5995a4ea0.jpg)
53. A photon and an electron have equal energy E. Iphoton electron is proportional to (a) VE 01/E (c) 1E (d) Does not depend upon E 3)2 PAGE: 5 RICC
![which equation represents a proportional relationship that has a constant of proportionality equal to - Brainly.com which equation represents a proportional relationship that has a constant of proportionality equal to - Brainly.com](https://us-static.z-dn.net/files/d94/20b9dd1a114d54bc7feb104612c7a1b7.jpg)
which equation represents a proportional relationship that has a constant of proportionality equal to - Brainly.com
![A text-book of electrical engineering;. parts, one equal to the ohmic drop la-Ra and the otherto the back e.m.f. R^ being constant, the area of the shaded square isproportional to the A text-book of electrical engineering;. parts, one equal to the ohmic drop la-Ra and the otherto the back e.m.f. R^ being constant, the area of the shaded square isproportional to the](https://c8.alamy.com/comp/2CENJ3K/a-text-book-of-electrical-engineering-parts-one-equal-to-the-ohmic-drop-la-ra-and-the-otherto-the-back-emf-r-being-constant-the-area-of-the-shaded-square-isproportional-to-the-power-lara-wasted-in-heating-while-the-area-of-theshaded-rectangle-is-proportional-to-ie-and-represents-the-mechanicaloutput-this-shaded-rectangle-is-small-both-for-small-fig-i86-and-forlarge-fig-187-values-of-it-has-its-maximum-area-when-it-is-a-squareie-when-la-ra-=-e-this-is-therefore-the-condition-for-maximum-outputas-we-have-already-found-on-account-of-the-large-armature-current-this-2CENJ3K.jpg)