calculus
 👍 0
 👎 0
 👁 139

 👍 0
 👎 0
Respond to this Question
Similar Questions

Physics
When you see a traffic light turn red, you apply the brakes until you come to a stop. Suppose your initial speed was 12.9 m/s, and you come to rest in 35.0 m. How much time does this take? Assume constant deceleration. What

Physics
Consider the following four possibilities for two point charges and choose the one(s) that do not change the magnitude of the electrostatic force that each charge exerts on the other: A. Double the magnitude of each charge and

Maths
Solve the initial value problem (dx/dt)+2x=cos(2t) with x(0)=5

Differential Equations (Another) Cont.
For the following initial value problem: dy/dt=1/((y+1)(t2)) a)Find a formula for the solution. b) State the domain of definition of the solution. c) Describe what happens to the solution as it approaches the limit of its domain

Maths
Solve the initial value problem 10(t+1)(dy/dt)+9y= 9t for t > 1 with y(0)=15

Calculus
Using separation of variables, solve the following differential equation with initial conditions dy/dx = e^(2x+3y) and y(0) = 1. Hint: use a property of exponentials to rewrite the differential equation so it can be separated

Alg 2
Today we learned how to solve systems of equations with 3 variables, however my teacher didn't go over how to do a problem where not every single equation in the system has the 3 variables. Can someone point me to a place that

Chemistry
Of the compounds below,_____ has the smallest ionic separation and why? A.RbF B.K2S C.SrBr2 D.KF E.RbCl > How does one determine if a compound has a high or low ionic separation, and what is ionic separation?

calculus
solve the initial value problem by separation of variables 8. dy/dx=x+1/xy, x>0, y(1)=4

calculus
solve the initial value problem by separation of variables dy/dx=xy^2, y(1)=0.25

calculus
how do you solve the initial value problem by using separation of variables dy/dx=1+x/(sqrt of y), y(2)=9

physics
how many excess electrons must be placed on each of two small metal spheres placed 3.00 cm apart in a vacuum if the force of repulsion betwen the spheres is to be 0.000000008 N? how do i solve this problem??=( help please.thx. Use
You can view more similar questions or ask a new question.