(Solved): Measuring angles counter-clockwise from the positive x-axis, what is the direction of force F1 ...

Measuring angles counter-clockwise from the positive $x$-axis, what is the direction of force $F_1$ ? Write your answer in degrees, as ain integer to the nearest multiple of 5. Part B - Direction of force $F_2$ Measuring angles counter-clockwise from the positive $x$-axis, what is the direction of force ${\mathrm{F}}_2$ ? Write your answer in degrees, as ain integer to the nearest multiple of 5. Part C - Components of vector $F_1$. What are the $x$ and $y$ components of vector $F_1$ ? Write the $x$-component, followed by the $y$-component, separated by a comma. Round the values to two significant figures. Part G-Magninude of the resulant force wector. What a see magnitude of the resilarit tone vector $\vec{R}={\vec{F}}_1+{\vec{F}}_2$ ? Round your aniwer to two elgnificant figures. Part H-Components of the equibrant force. Write the $x$-component, followed by the y-component, separated by a comma. Round the values to two significant figures. $X$ incorrect: Try Again; 7 attempts remaining Part $\mathrm{J}$ - Magnitude of the equilibrant force vector. What is the magnitude of the equilibrant force vector $\vec{E}$ ? Round your answer to two significant figures. What are the $\mathrm{x}$ and $\mathrm{y}$ components of vector ${\mathrm{F}}_2$ ? Write the $x$-component, followed by the $y$-component, separated by a comma. Round the values to two significant figures. Part E - Components of the resultant vector. What are the $\mathrm{x}$ and y components of the resultant force vector $\vec{R}={\vec{F}}_1+{\vec{F}}_2$ ? Write the $x$-component, followed by the $y$-component, separated by a comma. Round the values to two significant figures. × Incorrect; Try Again; 6 attempts remaining