Finia oh, 139. I have to relax. Nina okay. Lemonis okay, okay. Nina youre not dizzy, are you . Finia nina, you see how aggravating this is . Lemonis im marcus lemonis, and i risk my own money to help businesses. I love investing in american businesses. Woman these people are here because they care. Lemonis its not always easy, but i do it to create jobs, and i do it to make money. Do we have a deal . Lets rock and roll. Man yeah lemonis this is the profit. Im in atlanta, georgia, and im on my way to perimeter mall, and im here to see Macaron Queen, which is a very small startup in the dessert space. Its clear to me that Macaron Queen has a Good Business model on a small scale, but this particular product possesses all the qualities needed to actually become a directtoconsumer product and a big wholesale product. They want to grow, but they want to grow profitably. Woman 2 a princess cake, two of those creme brulees. Lemonis i love french macarons. I would almost call myself a macaron s
A s m r sound lets find out how we hear sound in the 1st place. Anatomically speaking we have an outer ear a middle ear and an inner ear and thats where we pick up auditory signals in the form of vibrations in the cochlear to be precise. The cochlear is a bit like a spiral staircase that bassler membrane and hair cells make up the carpet. Its those cells that enable us to hear from behind notes. Notes sound driver asians deflect the hair cells its like flattening the fibers of a carpet. That generates an electrical signal which is sent to the brain and we perceive a sound or so then stand up again and are ready for the next sound. The different pitches are registered in different parts of the cochlea. I know its are detected by the hairs at the bottom. Lower ones further up. And the lowest notes at the very top. Enabling us to hear a wide range of pitches. And their cells are very sensitive if theyre exposed to too much stress or for too long they can be damaged and no longer react to
Hello and welcome to a new edition of tomorrow today. Before we explore the phenomenon of suv in a s m r sound lets find out how we hear sound in the 1st place. Anatomically speaking we have an outer ear a middle ear and an inner ear and thats where we pick up auditory signals in the form of vibrations in the cochlea to be precise. The cochlear is a bit like a spiral staircase the bachelor membrane and hair cells make up the carpet. Its those cells that enable us to hear from the high notes. Notes sound fiber ations deflect the hair cells its like flattening the fibers of a carpet. That generates an electrical signal which is sent to the brain and we perceive a sound or so then stand up again and are ready for the next sound. The different pitches are registered in different parts of the cockpit. I know its are detected by the hairs at the bottom. Lower ones further up. Those notes at the very top. Enabling us to hear a wide range of pitches. Hair cells are very sensitive if theyre exp
Hello and welcome to a new edition of tomorrow today. Before we explore the phenomenon of suv in a. S. M. Our sound lets find out how we hear sound in the 1st place. Anatomically speaking we have it out here a middle ear and an inner ear and thats where we pick up the tourist signals in the form of vibrations in the cochlea to be precise. The cochlea is a bit like a spiral staircase that bassler membrane and hair cells make up the carpet. Its those cells that enable us to hear from the high notes. To the notes sound right gratian stiff like the hair cells its like flattening the fibers of a carpet. That generates intellect. Signal which is sent to the brain and we perceive a sound to her cells then stand up again and are ready for the next sound. The different pitches are registered in different parts of the cochlea. I know its are detected by the hairs at the bottom. Lower ones further up. And the lowest notes at the very top. Enabling us to hear a wide range of pitches. The air cells
A s m r sound lets find out how we hear sound in the 1st place. Anatomically speaking we have an outer ear a middle ear and an inner ear and thats where we pick up the tourist signals in the form of vibrations in the cochlea to be precise. The cochlea is a bit like a spiral staircase that bassler membrane and hair cells make up the carpet. Its those cells that enable us to hear from behind notes. Notes sound fiber asians deflect the hair cells its like flattening the fibers of a carpet. That generates an electrical signal which is sent to the brain and we perceive a sound. Then stand up again and all ready for the next sound. The different pitches are registered in different parts of the cockpit. I know its are detected by the hairs at the bottom. Lower ones further up. And the lowest notes at the very top. Enabling us to hear a wide range of pitches. And their cells are very sensitive if theyre exposed to too much stress or for too long they can be damaged and move on the real sounds