Advertisement

Upcoming SlideShare

An ideal gas in a sealed container has an initial volume of 2-70 L- At.docx

Loading in ... 3

Jan. 28, 2023•0 likes## 0 likes

•2 views## views

Be the first to like this

Show More

Total views

0

On Slideshare

0

From embeds

0

Number of embeds

0

Download to read offline

Report

Education

an electron is projected in an electric field of 500N / Ci with a speed of 50km / s i. determine the distance traveled to stop an electron is projected in an electric field of 500N / Ci with a speed of 50km / s i. determine the distance traveled to stop Solution Force on an electron = qE= 1.6×10^-19× 500= 8 ×10^-17N a = 8× 10^-17/9.1×10^-31= 87.9×10^12m/s^2 V^2- u^2 = 2as 0-( 50×1000)^2=- 2 × 87.9 × 10^12× s s = 25× 10^8/2×87.9 ×10^12= 0.14×10^-4m .

rtodd988Follow

Advertisement

Advertisement

Advertisement

An ideal gas in a sealed container has an initial volume of 2-70 L- At.docxrtodd988

An example of a job that usually involves a revenue-sharing plan would.docxrtodd988

an equation of the line that contains the origin and the point (1-2) i.docxrtodd988

An equation that defines y as a function of x is given- Solve for y in.docxrtodd988

An equation in three variables has an ordered triple as a solution- Co.docxrtodd988

An experiment is being carried out by two students- Anne tests the fil.docxrtodd988

- an electron is projected in an electric field of 500N / Ci with a speed of 50km / s i. determine the distance traveled to stop an electron is projected in an electric field of 500N / Ci with a speed of 50km / s i. determine the distance traveled to stop Solution Force on an electron = qE= 1.6×10^-19× 500= 8 ×10^-17N a = 8× 10^-17/9.1×10^-31= 87.9×10^12m/s^2 V^2- u^2 = 2as 0-( 50×1000)^2=- 2 × 87.9 × 10^12× s s = 25× 10^8/2×87.9 ×10^12= 0.14×10^-4m

Advertisement