What was the momentum or “impetus” of the above moving object before its collision? 252 kilogram-meters per second 168 kilogram-meters per second 120 kilogram-meters per second 84 kilogram-meters per second 28 kilogram-meters per second

What was the momentum or “impetus” of the above moving object before its collision? 252 kilogram-meters per second 168 kilogram-meters per second 120 kilogram-meters per second 84 kilogram-meters per second 28 kilogram-meters per second

Curren'S Math For Meds: Dosages & Sol

11th Edition

ISBN:9781305143531

Author:CURREN

Publisher:CURREN

Chapter4: Metric/international (si) System

Section: Chapter Questions

Problem 3.4P

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Concept explainers

Scientific Notation

We have to deal with quantities that are extremely large or very small. For example- I may have 6,500,000,000 red blood cells, or the diameter of an iron atom is 0.000000011 inches. Numbers with many zeros can be inexpedient to work with, so scientists use scientific notation. It represents very large numbers or very small numbers in a simple form. We know that whole numbers can be extended to infinity, but we cannot write such large numbers on paper. Numbers that present in millions of places after the decimal point need to be represented simply. Thus, it is difficult to represent a few numbers in their extended form. Therefore, we use scientific notation.

Question

What was the momentum or “impetus” of the above moving object before its collision?

252 kilogram-meters per second
168 kilogram-meters per second
120 kilogram-meters per second
84 kilogram-meters per second
28 kilogram-meters per second

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