Search
Log in
Sign up
Watch fullscreen
Some tips on motivating yourself to do better in college
JJtheTutor
Follow
Like
Bookmark
Share
Add to Playlist
Report
5 years ago
Category
📚
Learning
Show less
Recommended
0:26
I
Up next
the hardest motivation to get you up
TrendEd Insights
1:00
Motivational thoughts what you want
Shally Soni
21:12
Everything That Happens To You, Is YOUR Fault! - Study Motivation
10 Study Motivation
6:16
Successful Students DO NOT STOP! - Powerful Study Motivation
The Motivational Movement
0:23
Best motivational lines | About life | Rest at the end | whatsapp status| motivational words
The Knowledge Hub
1:48
How to achieve your goals motivational speech.
Hacks Of Success In Life
16:52
KEEP STUDYING! - Best School Motivation 2019
10 Study Motivation
19:03
KEEP STUDYING! - Best School Motivation [Part 7]
10 Study Motivation
8:30
CHAMPION MENTALITY Motivational Speech Featuring Billy Alsbrooks
Mazutaro Kazio
13:30
Use the method of undetermined coefficients y''-8y+20y=100x^2-26xe^x
JJtheTutor
12:12
Find the derivative of y = integral from x^2 to x^3 sin(t^3) dt using the fundamental theorem of calculus
JJtheTutor
12:12
Find the derivative of dy:dx = sqrt(1-2y^3)
JJtheTutor
12:12
Find the cross product of a and b using a_1 a_2 a_3 ...
JJtheTutor
12:12
Find the centroid of the region bounded by the given curves sinx and cosx
JJtheTutor
12:12
Find the centroid of the region bounded by the given curves sinx and cosx o and pi:4
JJtheTutor
12:12
Find the center of mass between the two functions x^2 and y^2
JJtheTutor
12:12
Find the arclength y = ln(1 - x^2), 0
JJtheTutor
12:12
Solve the differential equation x'' - x' - 2x = e^tcost -t^2 + cos^3(t)
JJtheTutor
12:12
The linear transformation T1:R2\toR2 is given by T(x,y)=(2x+3y,8x+13y)
JJtheTutor
12:12
The input is a constant multiple of an exponentila e^(at0. Suppose that there is a particular solution of the fomr Ae^at for some constant A. Find the constant A and determine the particular and general solution.
JJtheTutor
12:12
The half-life of plutonium is approximately 13 years. How much of a sample wieghing 8 g will remain after 110 years?
JJtheTutor
12:12
The differential equation is nonlinear in the form dx:dt=f(t,x), but linear (after some algebraic manipulations) if written as dt:dx=1:f(t,x). Find the general solution of the differential equation.
JJtheTutor
12:12
The current I(t) in an RLC circuit with voltage source E(t) is governed by thinitial value problem
JJtheTutor
12:12
The cone z=sqrt(x^2+y^2) and the plane z=1+y fin a vector function that represnets the curve intersection of the two surfaces
JJtheTutor
12:12
The closed interval [a,b] is a partitioned into n subintervals each of width Delta x = b-a:n if u is any number in the ith subinterval, what is lim
JJtheTutor