Answer:
E=828N/C
Explanation:
Suppose the point charges are q1=-500nC
q2=+500nC
Distance(l)=3.10mm
Now to calculate dipole moment:
Dipole moment (p)=q*l
=(5.0*10'-9C)(3.10*10'-3m)
p=15.50*10'-12C.m
Now to calculate magnitude:
E=torque(£)/[email protected]=7.6*10'-9/(15.50*10'-12C.m)(sin36.3)
E=7.6*10'-9/9.17*10'-12
E=828N/C
Or
E=8.28*10'2N/C
Typebars
Turbocars
Teacups
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Tourneys
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Tabourers
Trouncers
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Sorry if this is not what you want me to do and I just threw a bunch of words at you.
Answer:
The distance between gas species are assumed to be large.
Explanation:
Hello!
In this case, since the ideal gas condition is a hypothetical state of gases at which they are at low pressure and high temperature, because it is assumed the molecules are neither attracted nor repelled by each other, we can infer that the correct statement is "the distance between gas species are assumed to be large" because the low pressure and high temperature ensure the molecules are far away from each other and therefore allowing the ideal equation to be used to model the case, otherwise a rigorous equation of state such as Peng-Robinson, Redlich-Kwong and other should be used to model it as gases actually undergo interaction between their molecules.
Best regards!
Answer:
Her final velocity is 46 m/s :-)
Explanation:
Answer:
It exerts an unbalanced force on the satellite.
Explanation:
The forces on the satellite are unbalanced. The centripetal force changes the direction of the satellite, from a straight line to a closed loop around the Earth.