Solution-Initial velocity of the particle

Initial velocity of the particle

Reference no: EM131381853

A particle has acceleration a(t) = 1 - e^(-t) m/s^2 (meters per second squared) at t seconds. Suppose that the initial velocity of the particle is v0 = 2 m/s and its initial position is x0 = 0 m. Find how far the particle has travelled after 2 s.

Reference no: EM131381853

Questions Cloud

Are there any similarities between the christian tradition : The chthonic legal tradition introduces the idea that even at the most basic level of society there are legal traditions. In the textbook, the author divides the chthonic identity into two basic models. Briefly explain these two models, and provid..

Homogeneous system of linear equations : Suppose A is an m x n matrix and b is an m x 1 column vector. The system Ax = b has a unique solution if and only if the homogeneous system Ax =0 has only the trivial solution. Every homogeneous system of linear equations is consistent.

Create a probability model for this game : 100 people play this game. What's the probability the person running the game makes a profit?

Identify characteristics of lges human resources strategy : Identify the positive and negative characteristics of chaebols for both local and global economy. Also, explain the role they play in the South Korean economy. Identify the characteristics of LGE's human resources strategy.

Initial velocity of the particle : A particle has acceleration a(t) = 1 - e^(-t) m/s^2 (meters per second squared) at t seconds. Suppose that the initial velocity of the particle is v0 = 2 m/s and its initial position is x0 = 0 m. Find how far the particle has travelled after 2 s.

Find the mean and standard deviation of your total winnings : Dice and dollars. You roll a die, winning nothing if the number of spots is odd, $1 for a 2 or a 4, and $10 for a 6.

Set of equivalence classes : Let R = X/ ∼= {[x] : x ∈ X}, so R is the set of equivalence classes of ∼. Define the operation ⊕ on R,by setting [(a1, b1)] ⊕ [(a2, b2)] = [(a1b2 + a2b1, b1b2)]. Show that this operation is well-defined.

What are opportunity costs and their benefit : What are opportunity costs and their benefit? What is net present value? Can it ever be negative? Discuss at least two types of alternative investment criteria and how they are used by managers to make decisions?

Equivalence relation on r : For a real number x, define r(x) to be the closest integer to x. More precisely, if x ∈ (n - 0.5, n + 0.5]for some n ∈ Z, then r(x) = n. Define the relation ∼ on R by x ∼ y if r(x) = r(y).

User Account

All Pages

Initial velocity of the particle

Reference no: EM131381853

Reference no: EM131381853

Questions Cloud

Reviews

Write a Review

Mathematics Questions & Answers

Questions on ferris wheel

Logistic map

Finding the probability of cards

Systems of ode

Derive the boolean expression

System of equations

Linear programming problem

Find the natural domain

Introduction to numerical methods

Chart of the topological manifold

Mathematics in computing

Complex problems

Assured A++ Grade

Academics

Major Subjects

Majors

Get In Touch

TERMS & POLICIES

HELP & SUPPORT