The momentum flux (N/m-) of the solar wind is given by F = n m Vsw where nis the density (kg/m³), mis the mass per particle (kg), and Vsw is the speed (m/s). Using the same average values used earlier (n= 3 cm³ and vsw = 600 km/s) calculate the momentum flux of the solar wind at 1 AU. Report your answer in scientific notation to 2 significant digits. The solar wind momentum flux at 1 AU is N/m?.

Find two nonnegative numbers x and y such that xy = 162 and 6x + 3y is minimized. X = y =

Help with this problem

In this problem you need the answer of the first to do the second and the second to do the last. So you kinda have to do all 3.

Can someone please help answer question 1 through 3 using the data attached.

Given vector A = <2, 1, -17>  and vector B = <11, 1, -11> , what is the component magnitude of vector B in the direction of vector A? (Compute up to 4 decimal places)

Please help: Draw direction vectors in unit cells for the following cubic directions:  [-1,-1,3]

Given points M(41, -13, 1) and N(-21, 14, 6), RMN = _____. (Answer in this format: <__, __, __>)

when solving for r   WHY we take out Q1 out frok the denominator??   that is not correct!!! but my professor said we can!   how is this possible   -isnt the Q1 supoose to be in the denominator inside

From the acquired measurements in Table A,plot Q as a function of V.