There is no such thing as "force of inertia". The passengers are thrown forward, maintaining their initial motion. This is an application of Newton's First Law, which states that an object in motion stays in motion unless acted upon a force. The force of the car brake is acted upon the car and not on the passengers. This is why the passengers continue to move forward for a second when the car stops.
A mountain is a land form with a broad base that rises sharply into a peak. It is a large natural elevation of the surface of the Earth.
The air pressure drops sharply in a tornado
A plateau is a landform that rises sharply from a plain. Plateaus are flat-topped areas elevated above surrounding land due to geological activity. They often have steep cliffs or escarpments along their edges.
A geographic term that describes a hill with sharply sloping sides and a flat top is a "mesa." Mesas are elevated landforms with distinct horizontal layers of rock, often found in arid regions.
The gatepost was scraped by the car when it turned too sharply while entering or exiting the driveway.
Because you are decelerating sharply
i told you not to ask again STOP now
Move the remote sharply forward.
sharply
Yes. It is the adverb form of the adjective sharp, and meaning keenly, strongly, or tersely. His skills had been sharply honed by practice. The car turned sharply to the left. He spoke sharply to his assistant.
The car turned the corner so sharply, that it went up on two wheels! He answers pointed questions sharply.
"Retorted" is a word that means to sharply reply or respond.
Depends on the gun. Some are sharply pointed.
He was pierced in the chest sharply because of falling glass. The note was played sharply because of the flute players hard breathing. Her words came out sharply, more so than she intended.
The word sharply modifies an action to indicate it is done in a sharp (or precise) manner.
Yes, the modifier is used correctly. "He spoke sharply to his sister" would be the correct way to write the sentence.
When a magician sharply yanks a tablecloth from under any number of precarious objects selected for dramatic effect, he takes advantage of the inertia of the objects on the tablecloth. According to Sir Isaac Newton's classical laws of motion, an object at rest will remain at rest unless acted upon by an outside force; ie, even at rest, an object has inertia and will resist acceleration. As the tablecloth is pulled, the friction caused by the weight of items on it accelerates them. But this takes time; as long as the friction is low and the acceleration brief, the tablecloth can be pulled away before items on the table are moved very far. But, try this with a less slippery tablecloth (more friction) or by pulling slowly (longer acceleration) and disaster results. Basically, as long as there is more inertia (read mass) than friction, this can be done.