GEC001 Quiz: Basic Concept of Self

41 views1 pages

scstudyhelp

19 Oct 2021

School

De La Salle University

Department

Philosophy

Course

GEC001

Professor

For unlimited access to Study Guides, a Grade+ subscription is required.

Document Summary

Seatwork #1: draw and explain: direction: draw something that represents yourself and explain: why it is something that represent you. Limit your explanation in 3-5 sentences. (20 points) Like a pencil i am hard on the outside but soft in the inside. I am open minded and i accept my mistakes so i always open up my erasers to correct those because i believe that failures are sign of learning and growing. A pencil will not able to perform its task and purpose without a help of hand. God symbolizes the hand that helps me to do my purpose. I always follow his plans and he always leads me to the right direction. Quiz #1: essay: direction: answer the following questions as fully and precisely as you can. Limit your answer in 2-3 sentences: define self in your own words. (5 points)

Related Questions

There was the following question on a practice exam:

Question 2:
True or false?
A scalar quantity only has a magnitude. It does nothave a direction associated with the number.

Now to me this seems to be true because a scalar only has amagnitude and no direction. However, the answer key says thisquestion is false with the following reason:

1.
False
Reason: Thisanswer is correct because a scalar quantity has no direction,however, it has a number and a unit (e.g. 12kg).

Isn't this answer being extremely picky? Does a scalar alwayshave to have units? Is this answer an error?

Okay so this is a theory question from a more advanced question.Idon't want more help on the question than answering thefollowing(because I understand the rest of it already, but I wantto clarifysomething for myself).

So You have a loop of wire, 103 turns. 10 A going through thisloop.You are told to find the magnetic field at a point that is.21 moutward on its axis (axis is perpendicular to the circle). SoIwould use:
dB=(u0)/4pi * Int((I*ds x r^)/r^2) wherer^is the unit vector for r, which, for example at the top oftheloop, would be downward and outwards towards that point ontheaxis... If this is the case, SEE MY ATTACHED DIAGRAM: Isthemagnetic field dB from that small portion at the top o theloop
, really pointing in the direction as indicated on the diagram?Ijust want to be sure I have this right

.