Have You Heard Of First Degree The De

Would any of my credits from my first degree carry over to my second degree?

What will transfer and not is up to the college/university or school/department within.  Some will and some will not allow a transfer.  Credit transfer, i.e. education credentialing in higher education is a matter of educational politics which has no necessary basis in reason.  For instance, I taught 20 different Computer Science courses during my 9 years of teaching full-time at a public college.  I was evaluated by the students and college administration each of the 9 years as being an excellent instructor of computer science.  Nevertheless I was compelled to take an introductory computer science course (which I had taught more than 50 times) in order to get my bachelor's degree.  I got a 'B' in the course even though I knew more about the subject that the instructor.  The unfortunate truth of the education system is that credentialing (e.g. credit transfer) is predominantly based on arbitrary political considerations that have little to do with the reality of what your competencies truly are.  If a college wants to you take their 'xyz' course that you've already taken elsewhere, there is nothing you can do about it.  They may give you some sham excuse or allow you take an arbitrary test, but in the end it comes down to "Theirs not to reason why", Alfred Lord Tennyson.

What does 1st, 2nd, & 3rd degree connection mean in LinkedIn profiles?

Your network is made up of your 1st-degree, 2nd-degree, 3rd-degree connections, and fellow members of your LinkedIn groups. 1st-degree - People you're directly connected to because you've accepted their invitation to connect, or they've accepted your invitation. ... You can contact them by sending a message onLinkedIn.On LinkedIn, people in your network are called connections. Your network is made up of your 1st-degree, 2nd-degree, 3rd-degree connections, and fellow members of your LinkedIn groups.1st-degree - People you're directly connected to because you've accepted their invitation to connect, or they've accepted your invitation. You'll see a 1st degree icon next to their name in search results and on their profile. You can contact them by sending a message on LinkedIn.2nd-degree - People who are connected to your 1st-degree connections. You'll see a 2nd degree icon next to their name in search results and on their profile. You can send them an invitation by clicking Connect or contact them through an InMail. Learn more about InMail.3rd-degree - People who are connected to your 2nd-degree connections. You'll see a 3rd degree icon next to their name in search results and on their profile.If their full first and last names are displayed, you can send them an invitation by clicking Connect.If only the first letter of their last name is displayed, clicking Connect isn't an option but you can contact them through an InMail.Fellow members of your LinkedIn Groups - These people are considered part of your network because you're members of the same group. You'll see a Group icon next to their name in search results and on their profile. You can contact them by sending a message on LinkedIn or through the group.Out of Network - LinkedIn members who fall outside the categories listed above. You can contact them through an InMail.

What is the degree and order of differential equations?

The order of a differential equation is the order of the highest order derivative involved in the differential equation. The degree of a differential equation is the exponent of the highest order derivative involved in the differential equation when the differential equation satisfies the following conditions –All of the derivatives in the equation are free from fractional powers, positive as well as negative if any.There is no involvement of the derivatives in any fraction.There shouldn’t be involvement of highest order derivative as a transcendental function, trigonometric or exponential, etc. The coefficient of any term containing the highest order derivative should just be a function of x, y, or some lower order derivative.For more information please watch the below video :