SOLUTION: The mass of one particle is
8.9 × 10−18
grams and the mass of a second particle is
5.5 × 10−14
grams. How many times bigger is the second particle than the firs
Algebra.Com
Question 1103375: The mass of one particle is
8.9 × 10−18
grams and the mass of a second particle is
5.5 × 10−14
grams. How many times bigger is the second particle than the first particle? (Round the decimal value to one decimal place and express your answer in scientific notation.)
Answer by Alan3354(69443) (Show Source): You can put this solution on YOUR website!
The mass of one particle is 8.9e-18 grams and the mass of a second particle is 5.5e-14 grams.
How many times bigger is the second particle than the first particle?
=============
IDK how many times larger, no dimensions were given, but the masses can be compared.
-------------
5.5e-14/8.9e-18 = 5.5/8.9e4
= 0.618e4
--> 6.2e3 or 6.2*10^3 times as massive
=======================
"times bigger" is not the same as "times as big" tho it's not relevant when the factor is 6200, and it's rounded.
RELATED QUESTIONS
5 lollipops and 12 toffees have a mass of 61 grams
10 lollipops and 13 toffees have a... (answered by Boreal)
a mixture is prepared by mixing 50 grams of ethanol, 50 grams of water , and 5 grams... (answered by josmiceli)
A candy sore packages lollipops and toffees in bags for sale
5 lolipops and 12 toffees... (answered by geetha_rama)
Kinetic energy varies jointly as the mass and the square of the velocity. A mass of 10... (answered by ikleyn)
if the mass of a wooden block is 10 grams, what is its volume and... (answered by richard1234)
The kinetic energy of a particle of mass m is found by taking
one-half of the product of (answered by 303795)
The kinetic energy of a particle of mass m is found by taking one-half of the product of... (answered by stanbon)
The kinetic energy of a particle of mass m is found by taking
one-half of the product of (answered by stanbon)
The kinetic energy of a particle of mass m is found by taking one half of the product of... (answered by Nate)