A stable nucleus contains many protons very close to each

Reference no: EM13627105

A stable nucleus contains many protons very close to each other, all positively charged. Why do the protons not fly apart due to mutual Coulomb repulsion?

A) The neutrons in the nucleus shield the protons from each other.

B) Attractive nuclear forces in the nucleus counteract the effect of the Coulomb forces.

C) There are an equal number of electrons in the nucleus which neutralize the protons.

D) The Coulomb force does not operate within nuclei.

Reference no: EM13627105

Questions Cloud

How much heat is required to raise an 720 g copper pan from : how much heat is required to raise an 720 g copper pan from 15 degrees celcius to 86 degrees celcius if a the pan is

Compute the following quanties assuming a constant : a non-ideal brayton cycle with regeneration operates with incoming air at 22c and 0.1mpa. the compression ratio is 121

Neutrons are slightly more massive than protons if the mass : neutrons are slightly more massive than protons. if the mass of a neutron were smaller than its actual value yet still

The probability that a 52-year-old white male will live : the probability that a 52-year-old white male will live another year is .99386. what premium would an insurance company

A stable nucleus contains many protons very close to each : a stable nucleus contains many protons very close to each other all positively charged. why do the protons not fly

The quality control manager at a lightbulb factory needs to : the quality control manager at a lightbulb factory needs to determine whether the mean life of a large shipment of

A single-pane glass window is used in a heated dwelling : a single-pane glass window is used in a heated dwelling. outside the dwelling the ambient temperature is 0degc while

Find the correlation coefficient using this to predict the : given the following data setx 1 3 7 9 13 15y 1 5 8 10 11 13a. find the correlation coefficient.b. using this to predict

A stainless steel tube of 1 cm outer diameter and 1mm wall : a stainless steel tube of 1 cm outer diameter and 1mm wall thickness receives a uniform radiative heat flux of 100 wcm2

User Account

All Pages