4c and c 3i + 4j, then what placements 1.00k)m and he displacement 2D -E
Q: Needs Complete solution with 100 % accuracy don't use chat gpt or ai plz plz plz i definitely upvote…
A:
Q: u throw an object up with an initial velocity of voy = 3 m/s from a height of y = 25 m. %3D
A: The object throw up with an initial velocity of v0y = 3 m/s and from the height of y = 25 m Let us…
Q: In 1.0s, a particle goes from point A to point B, moving in a semicircle (see figure). The magnitude…
A: The formula of average velocity is, v=displacementtime The displacement of particle from point A to…
Q: What is the sum of the vectors with components (0,-3) ad (-1,2)? A. (-1,-1). B. (1,1) C. -2 D.…
A:
Q: .Why is the average speed of a horizontal line always zero?
A:
Q: 2) Find the resultant displacement of the following 3 displacements: A = 18.0 m, @ 24.0° E of S B=…
A: Given data: The vectors are given as, A=18.0 m, @ 24.0o E of S B=8.00 m, @ 17.0o N of W C=14.0 m, @…
Q: An object travels 23.1 m [E17ᵒS], then 18.1m [N27ᵒE]. Determine the total displacement of the…
A: Distance traveled by the object in 1st phase is AB = 23.1 m E17ᵒS] Distance traveled by the object…
Q: 1. Use the vectors in the diagram below to answer the following questions. VA 15
A: CONCEPT OF CROSS PRODUCT: Cross product of two vectors is equal to product of their magnitude and…
Q: Which one of these is an incorrect way to use vector notation to describe properties of vector D? D…
A: D→ so for the properties of vector D→ the first option(D=3.2) is correct because it gives the…
Q: How do you find the displacement between 6s and 14s?
A:
Q: Physics G12 -1
A: Step 1:Step 2:Step 3: Step 4:
Q: 1.A leaf falls to the ground with constant speed. Is Uf+Ki for this system greater than, less than,…
A:
Q: Use the following half-life graph to answer the question: Mass Remaining (mg) 60.0 50.0 40.0 30.0…
A: Solution:-
Q: Robin walks 360 m [S a) Determine the resu State your Scale:
A: Given:- A man walk 360 m [S 400 W] and then 580 m [ North 300 west ] Find:- The resultant vector…
Q: Projectile motion is an important example of 2D motion. However, this motion can be analyzed and…
A: A projectile motion can be considered as two 1D motions happening at the same time. (i) vertical…
Q: Given the following vectors: Then, (A-2B)xC is: A. 9.8 B. 2.45 C. 44.4 D. 22.6 E. 3.7
A: Concept:- the magnitude of any vector A→ = xi^ + yj^ + zk^is given byA→ = x2+y2+z2
Q: 8. For the Position vectors P and Q shown, determine the orthogonal component of P x Q in the…
A:
Q: I| Suppose E = 2Á + 3B _where vector A has components A = 5, A, = 2 and vector B has components…
A: Solving two parts due to time boundation.
Q: PhysPup + sled 15.0° 0.40 m PhysPup 1.60 m lands here Like all superheroes, the clairvoyant…
A: Kinetic Friction: When two bodies in contact move with respect to each other, rubbing the surfaces…
Trending now
This is a popular solution!
Step by step
Solved in 2 steps
- D H Two cannons aimed directly at each other fire simultaneously. The cannon balls have the same speed immediately after being fired. Some time later, the cannon balls collide at point P. O e increases as H decreases Oxe does not depend on H Oe decreases as H decreases How does xe, the horizontal distance from the edge of the building to where the cannon balls collide, depend on the height of the building H?1- If we have this vector : A = 2i+7j a. Write the x component and y component then draw it ( graph ) 2 - if B is a vector with 10 units and angle 30. Find the x component and y component.Q2) For the vector A =&+2ŷ – 2 B=- î+ ŷ + 2 C=î- ŷ +22 Compute Ä×Č.B =
- Review Constants A robot arm must accelerate to be extended. Constant-acceleration motion is simple to analyze but rarely applies in the real world because acceleration cannot be instantly turned on and off. Robot designers have found that motion can be both practical (implemented by software and real motors) and sufficiently smooth if it has constant jerk. Just as velocity is the time derivative of position and acceleration is the time derivate of velocity, jerk is defined to be the time derivative of Part B Suppose a robot arm, initially at rest, is extended for 0.50 s witha constant jerk of 19 m/s3. What is the arm's forward velocity at the end of this interval? Express your answer with the appropriate units. • View Available Hint(s) da, is the rate of dt acceleration. That is, jerk jz = change of acceleration, a name that comes from the fact that motion with a changing acceleration can be quite jerky. Motion with constant jerk is motion in which the acceleration has a constant rate…please only answer part a & g For part (a) acceleration (a) = 4.00 m/s Delta v/delta t = v3-v2/t3-t2 Delta t = v3-v2/a Delta t = t3-t2 = tf-t2 Find tf For part g Delta x = (x3-x2) + (x2-x1) x2-x1 = area under between 0 sec and 1.5 sec (x3-x2) = area under curve curve between 1.5 sec and tf sec Delta x = (x3-x2) + (x2-x1) t1 = 0 sec t2 = 1.5 sec t3 = tf sec Also please answer part h which is Find v: entire trip from 0 sec to tf sec Answer super super fast please please answer super super fast pleaseneed help with physics hw
- 1. Other than displacement (x), list three vector quantities and define them (with words or equations) in terms of displacement (x).Can you please help me, I know for distance you add everything up which gave me 34meters but I forgot how to do displacement. Can you please explain how I find the displacementHelp me!