Write a function to determine the resultant force vector R of the two forces F1 and F2 applied to the bracket, where 01 and 02. Write R in terms of unit vector along the x and y axis. R must be a vector, for example R = [Rx, Ry]. The coordinate system is shown in the figure below: F1 y 02 01 x F2

Solve it pls

Computer Science Please code in MatLab

write a function get_direction(start, end) that returns the end station that is in the direction of travel between the start and end , or None if the start and end is not on the same line. use python

Write in C:Asks the user for the magnitude (distance), in meters, and the heading, in degrees of thenavigation to way-point Alpha.Decompose the vector into x and y components and output the magnitude anddirection (North, West, South, or East are the only reliable headings on the sub’scompass) of the x component and then the y component. The x component is themagnitude multiplied by the cosine of the angle. The y component is the magnitudemultiplied by the sine of the angle. Determine compass direction depending on weatherthe vector component is positive or negative.This step has to be repeated for waypoint bravo.Output the total distance traveled by the submarine from the starting point till itreaches point bravo.Output the distance from the starting point till point bravo (the true distance, not thedistance traveled).Ask the user for the target bearing (0 to 25 degrees, float) and range (range in meters,integer)

Write in C:Asks the user for the magnitude (distance), in meters, and the heading, in degrees of thenavigation to way-point Alpha.Decompose the vector into x and y components and output the magnitude anddirection (North, West, South, or East are the only reliable headings on the sub’scompass) of the x component and then the y component. The x component is themagnitude multiplied by the cosine of the angle. The y component is the magnitudemultiplied by the sine of the angle. Determine compass direction depending on weatherthe vector component is positive or negative.This step has to be repeated for waypoint bravo.Output the total distance traveled by the submarine from the starting point till itreaches point bravo.Output the distance from the starting point till point bravo (the true distance, not thedistance traveled).Ask the user for the target bearing (0 to 25 degrees, float) and range (range in meters,integer).

Using one line of R code, calculate the interest earned on an investment of 2000,ドル assuming an interest rate of 3% compounded annually, for terms of 1, 2, ..., 30 years. (Hint: use a vector to store the terms.)

Given the code: void e(int x, int y) { if(y<2) { cout << x << " "; return; } cout << x << " "; e(x+1, y-1); } 1. Trace the function when x and y are 4.

1. Write a function to find the probability of an event in percentage form based on given outcomes and sample space 1. Use the function and compute the probability of rolling a number between 12 and 18 (inclusive) with a D20 2. Use the function and compute the probability of drawing a King of hearts after drawing a card of diamonds from a standard deck of cards (without replacement) 3. Use the function and compute the probability of drawing a Queen or a King or a 5 of spades.

X is a vector, X = -5:0.5:5; please do part a and b on matlab

Write in C Asks the user for the magnitude (distance), in meters, and the heading, in degrees of the navigation to way-point Alpha. - Decompose the vector into x and y components and output the magnitude and direction (North, West, South, or East are the only reliable headings on the sub's compass) of the x component and then they component. The x component is the magnitude multiplied by the cosine of the angle. They component is the magnitude multiplied by the sine of the angle. Determine compass direction depending on weather the vector component is positive or negative. This step has to be repeated for waypoint bravo. Output the total distance traveled by the submarine from the starting point till it reaches point bravo. Output the distance from the starting point till point bravo (the true distance, not the distance traveled). Ask the user for the target bearing (0 to 25 degrees, float) and range (range in meters, integer). Output a firing solution as follows Range 100 to 300 301...

You have been provided with the data for the last day of the previous month so you can start by calculating the daily data for the first of the month For the first state for the first day of the month (not the last day of the previous month) enter the following formula into the upper cell for the column for "Daily Confirmed cases" = Current day’s cumulative Confirmed cases – the Confirmed cases for the day before (i.e. the last day of the month). This will yield the number of daily confirmed cases for the first of the month. (Use Excel cell referencing in the formulas)

Write a function to determine the resultant force vector R of the two forces F1 and F2 applied to the bracket, where 01 (positive, unit in degree) and 2 (negative, unit in degree). Write R in terms of unit vector along the and y axis. R must be a vector, for example R = [R2, R2]. Note that is expressed in degrees. The coordinate system is shown in the figure below: F2 021 return R # import numpy as np. import math from math import * # Import all the math functions from the math library from numpy import array # Complete the function given the variables F1, F2, thetal (positive, degree), theta2 (negative, degree) and return the value as array #Hints: Use numpy.array to form the force vector and then add the force vectors # Remember to convert the degree to radian in the calculations and be careful of the sign def force_vec (F1, F2, thetal, theta2): R=np.array([0,0]) # Resultant force vector, Initiation of the value # YOUR CODE HERE # Check your answer F1=300 F2=200 01 Theta1=60...