Question

13. (5 pts) Find the resultant of 33 m at 74o and 52 m at -35o....

13. (5 pts) Find the resultant of 33 m at 74o and 52 m at -35o.

A) Calculate the sum of the displacements in the x-direction. Keep six sf.

B) Calculate the sum of the displacements in the x-direction. Keep six sf.

C) What is the magnitude of the resultant of the displacement? Keep two sf.

D) What is the angle of the resultant in degrees? Keep two sf.

(SF means significant figures)

Homework Answers

Answer #1

33 m at 74 deg

52 m at -35 deg

(A) Sum of displacement in the x - direction -

X = [33*cos74 + 52*cos(-35)] m = [9.09603 + 42.59591] m = 51.6919 m (Answer)

(B) Sum of displacement in the y - direction -

Y = [33*sin74 + 52*sin(-35)] m = [31.7216 - 29.8260] m = 1.89560 m (Answer)

(C) Magnitude of the resultant displacement = sqrt [X^2 + Y^2] = sqrt[51.6919^2 + 1.89560^2] = 52.0 m (Answer)

(D) Angle of the resultant, = tan^-1(Y/X) = tan^-1(51.6919/1.89560) = 88.0 deg. (Answer)

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
Consider two displacements, one of magnitude 12 m and another of magnitude 16 m. What angle...
Consider two displacements, one of magnitude 12 m and another of magnitude 16 m. What angle between the directions of this two displacements give a resultant displacement of magnitude (a) 28 m, (b) 4 m, and (c) 20 m.
A man pushing a mop across a floor causes it to undergo two displacements. The first...
A man pushing a mop across a floor causes it to undergo two displacements. The first has a magnitude of 142 cm and makes an angle of 116° with the positive x axis. The resultant displacement has a magnitude of 151 cm and is directed at an angle of 32.0° to the positive x axis. Find the magnitude and direction of the second displacement. magnitude cm direction ° (counterclockwise from the positive x-axis)
266) (H) Find the resultant of the two vectors. (M1=8.57; A1=58.7) = V1; (M2=3.94; A2=52.1) =...
266) (H) Find the resultant of the two vectors. (M1=8.57; A1=58.7) = V1; (M2=3.94; A2=52.1) = V2; (M3,A3)=V3=V1+V2 M=magnitude and A=angle in degrees. answers=M3 and A3 (deg) The resultant of two vectors is the same a the sum of them. There are 2 answers.
Determine the resultant of adding the following three vectors. R = A + B + C...
Determine the resultant of adding the following three vectors. R = A + B + C A = 5.00 cm, 30 degrees northeast            B = 8.00 cm, 45 degrees southeast            C = 10.00 cm, 60 degrees southwest (a) Use graph paper and carefully sketch the vectors tip to tail. Draw and measure the resultant vector with the ruler and protractor. Label all vectors. Include both magnitude (length) and direction (angle). Do not calculate the answers! (b) Find the x...
When at rest, a proton experiences a net electromagnetic force of magnitude 8.1×10−13 N pointing in...
When at rest, a proton experiences a net electromagnetic force of magnitude 8.1×10−13 N pointing in the positive x direction. When the proton moves with a speed of 1.6×106 m/s in the positive y direction, the net electromagnetic force on it decreases in magnitude to 7.0×10−13 N , still pointing in the positive x direction. Part A: Find the magnitude of the electric field. Express your answer using two significant figures. Part B: Find the direction of the electric field....
An object experiences a constant acceleration of 2.00 m/s2 along the -x axis for 2.70 s,...
An object experiences a constant acceleration of 2.00 m/s2 along the -x axis for 2.70 s, attaining a velocity of 18.0 m/s in a direction 47∘∘ from the +x axis. 1) Calculate the magnitude of the initial velocity vector of the object. (Express your answer to two significant figures.) 2) Calculate the direction of the initial velocity vector of the object. Find the angle this vector makes with respect to the +x axis. Use value from -180 to +180. (Express...
Add the two vectors to find the resultant vector C which is equal to A +B...
Add the two vectors to find the resultant vector C which is equal to A +B             A:  120 feet at 33 degrees North of East             B:  150 feet at 40 degrees South of East Find the component vectors: Ax: Ay: Bx: By: Find the components of C Cx: Cy: Put C back together Add the vectors:             A:  124 miles at 5 degrees North of South             B:  88 miles at 82 degrees North of South Components: Ax: Ay: Bx: By: Cx: Cy: Final Answer: give...
The three displacement vectors in the drawing have magnitudes of A = 5.05 m, B =...
The three displacement vectors in the drawing have magnitudes of A = 5.05 m, B = 4.90 m, and C = 4.20 m. Find the resultant (magnitude and directional angle) of the three vectors by means of the component method. Express the directional angle as an angle above or below the positive or negative x axis. (Assume α = 25° and β = 61°. Give an answer between 0 and 90°.)
The three displacement vectors in the drawing have magnitudes of A = 4.60 m, B =...
The three displacement vectors in the drawing have magnitudes of A = 4.60 m, B = 4.85 m, and C = 3.70 m. Find the resultant (magnitude and directional angle) of the three vectors by means of the component method. Express the directional angle as an angle above or below the positive or negative x axis. (Assume α = 25° and β = 58°. Give an answer between 0 and 90°.)
You're sailboarding at 6.0 m/s when a wind gust hits, lasting 6.2 s accelerating your board...
You're sailboarding at 6.0 m/s when a wind gust hits, lasting 6.2 s accelerating your board at 0.46 m/s2 at a 35∘ to your original direction. A) Find the magnitude of your displacement during the gust. Express your answer using two significant figures. B) Find direction of your displacement during the gust. Express your answer using two significant figures.