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LH; Hnds h, 5 04Hz /pt elhanolchEc Na OH N#LcHz AICV3 Hz1.Lialy ethev 2 Hz0BvNa Nz...

Question

LH; Hnds h, 5 04Hz /pt elhanolchEc Na OH N#LcHz AICV3 Hz1.Lialy ethev 2 Hz0BvNa Nz

LH; Hnds h, 5 04 Hz /pt elhanol chEc Na OH N#LcHz AICV3 Hz 1. Lialy ethev 2 Hz0 Bv Na Nz



Answers

$\mathrm{CH}_{3} \mathrm{CH}_{2} \mathrm{CONH}_{2} \longrightarrow \mathrm{CH}_{3} \mathrm{CH}_{2} \mathrm{CH}_{2} \mathrm{NH}_{2}$ Here $(\mathrm{X})$ is (a) $\mathrm{Ni} / \mathrm{H}_{2}$ (b) LiAlH $_{4}$ (c) Zn (d) $\mathrm{Pt} / \mathrm{H}_{2}$

When discussing frequencies off oscillation, we need to know what it actually means. So an oscillation is a movement. Let's say we have a pendulum which also moves back and forth. And one oscillation is one movement and returning to the same position again. So and that's or if you have a wheel turning around and it's the number off oscillations or number off rounds per second, so frequency frequency can be number off. We can write the number off oscillations for time. And if we're asked now that we have an oscillator which completes 20 cycles, that's 20 installations in a time off 50 seconds. We can calculate the frequency like this just 20/50 and we can see that this corresponds to all 0.4 oscillations per second. And this is the same as 0.4 herbs. And there's this

Hello, friends here We have to classify with with frequency to herds to clothes To me Guards Two gig guards on DSO on on electromagnetic spectrum on classified babes. Bit violent. Let us see here. We have to make up devil. It'd fund for it. So by using electromagnetic spectrum chart Huge ing electromagnetic A spectrum charge frequency bevel int and classifications to hurts 1 50 mega meter. It is radio to clothes. Two into 10 to the power three hurts 1 50 kilometer radio two megahertz, two into 10 to the power six hearts. Okay, 1 50 m radio. Two gigahertz toe into 10 to the power nine huts. 15 centimeter microbe Gillian hurts two in tow. 12 2 into 10 to the over 12 words 1 50 micrometer. Infrared rates. Oh, toe pick hurts two into 10 to the power 15 hurts 1 50 nanometer. I'll travel it to e hurts two into 10 to the power. 18. 1 50 Be committed. Ex rates toe dead Hurts two into 21 hertz 10 to the power 21 1 50 for me hurts that is glamorous To write hurts toe into 10 to the power. 24 words well. 50 I am. That is the galleries. No, in terms of prevalence, we have to do the classifications. Be violent. Frequency and classification. Two kilometers toe into 10 to the power 3 m, 1.5 into 10 to the power five Hearts radio to meet it. Two into 10 to the power 0 m, 1.5 into 10 to the power eight Hertz Radio two millimeter, two in tow, 10 to the power minus three. 1.5 to 10 to the power 11 hearts microchip to micro meter. Okay, two into 10 to the power minus 6 m, 1.5 in tow. 10 to the power 14 hearts that is infrared rates two nanometer two into 10 to the power minus 9 m. 1.5 into 10 to the power 17 hurts. It will be you, will it? Ultraviolet rays to be committed. Two in tow, 10 to the power minus 12 m, 1.5 in tow, 10 to the power 20 hertz. It will be X rates toe form emitter two into 10 to the power minus 15. That is 1.5 into 10 to the power 23 hurts it is calm. Aries on day 2 a.m. two in tow, 10 to the power minus 18 m. 1.5 into 10 to the power 26 hertz. It will be galleries. That's all for it. Thanks for watching it.

For the first set of waves classified by frequency To get the wavelength, you take speed light to fight it by frequency and you get wave like the knock you the classification other wave based on the frequency You look it up on the electromagnetic spectrum tax reference so forth some skin Give me a rundown of the classifications as the ways are listed. So the 1st 3 a radio, radio, many ways and, um, microwaves, Infrared for next one you ve for the next one an X ray and final to our cam. That is the classic ation ways based on frequency from the set given problem. Now the sideways based on wavelength the frequency is equal to speed of light over Atlanta. So all of them have the same summer frequencies. We take sweet light by my frequency to calculate than the classifications here based on wavelength. This is according to a list in the problem in order persons, radio and radio and microwaves, then infrared and you ve or X ray. Next one could be considered X ray or gamma and then the final two our A game. So there says the list according to the wavelengths given and problem. And your 1st 1 the last one


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