At least kama umeipata idea, i appreciate!ngumu kumesa!
ila sidhani kama huku tumefikia maana black holes hakuna mtambo wa kibinadamu uliofikia na hiyo michoro ni man made maana ni black you can't see!.
huenda labda giza nalenyewe lina nguvu yake!.
wacha waje wanaojua lkn sidhani kama kuna majibu ya kumtoa nyoka pangoni.. let's wait
How?Hii mada sijailewa sababu ya akili zangu ndogo
( kwa lugha rahisi taswira inatengenezwa machoni pako endapo tu miale ya mwanga imekimulika kitu hicho na kureflect kurudi machoni pako hapo ndo utakiona vinginevyo huwezi )Kwa nini inaitwa black hole's.??
Kwa sabab ni black hole na nothing can escape kinapoingia au kusogea hapo. Means hata mwanga hauwezi kupita hapoKwa nini inaitwa black hole's.??
Safi sana, so ni nini hicho kinacho pull back light hadi isiweze kuescape?I like to think of this in terms ofescape velocity.
Escape velocity is the speed needed to escape the gravitational pull of a given object. For the Earth, that speed is 11.2 km/second (Mach 34!). When rockets blast off from Earth, they aren't trying to achieve a certain height or altitude, they're trying to reach a certain speed, the escape velocity.
Once a rocket reaches 11.2 kips*, it has attained the speed needed to leave the Earth completely. If a rocket fails to attain that speed, regardless of its height, it will fall back to the Earth. (You can imagine a magical balloon that slowly lifts you up into space, up past the ISS and most satellites, and then you let go: since you aren't going fast enough, you will fall back down, past all the satellites, and crash into the earth.)
Smaller gravitational bodies, like the moon, have smaller escape velocities. That's why the lunar landers were able to leave the moon with such a small ascent stage, compared to the massive Saturn V it took to leave Earth: they only had to go 2.4 km/second.

To escape the Sun, you'd have to go 617.5 km/second!
Fortunately for us, light goes faster than 617.5 kips, so we're able to see the light created on the Sun. However, as you increase the mass of an object, eventually the escape velocity would meet or exceed 299,792km/s, the speed of light. At that point not even light itself can go fast enough to escape the gravity well, and will always be pulled back down into the black hole.
But tunataka kujua how?Kwa sabab ni black hole na nothing can escape kinapoingia au kusogea hapo. Means hata mwanga hauwezi kupita hapo
GravitySafi sana, so ni nini hicho kinacho pull back light hadi isiweze kuescape?
Gravity haiwezi kupull back maana mass ya light ni zero,Gravity
Concept naiona ipo kwenye escape velocity, namaanisha hilo la light kushindwa kutoka kwenye black hole ni swala la energy, light inapotua kwenye black hole hukosa energy ya kutosha ya kuescape black holeGravity
Hapo mkuu sio kweli mwanga ni packets of energy, na energy haina massMkuu Mwanga sio kwamba haina mass no inayo sema ni haiko considered kwa vile ni kidogo sana ni kama ilivo Electron mass yake ni negligence, Black hole hizi hukusanya vitu vingi Vingi sana haswa mlipuko Wa Nyota, Gravity yake ni Super ndio mana hakna kitu kinaweza ku espace apo
Funguka zaidi mkuu, sijaelewa unachomaanishahilo somo mifano mingi force haitafutwi kwenye Mwanga. nguvu nyingi za kwenye mwanga hupimwa kwa velocity inayoelewek.
Mkuu mwanga unatokea baada ya Atom Kuwa excited na apo ina emit photon ambazo later on zinakuwa Mwanga usiseme hazina mass je umewah kutumia Mass ya Electron popote?Hapo mkuu sio kweli mwanga ni packets of energy, na energy haina mass
Kumbuka formula ya einstein
E=MC^2
Nakusahihisha kidogo, ni electron inapotoka kwenye high orbit state kwenda kwenye low orbit state ( excite ) kwa hiyo ile extra energy inatolewa kama lightMkuu mwanga unatokea baada ya Atom Kuwa excited na apo ina emit photon ambazo later on zinakuwa Mwanga usiseme hazina mass je umewah kutumia Mass ya Electron popote?