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Forums
Hardikph
Recent content by Hardikph
Is Δθ in a circle equal to the angle in a velocity vectors triangle?
Delta2 and Clara I appreciate your explanation but can you please describe some '90 degree usage'.
Hardikph
Post #6
Jul 6, 2016
Forum:
Introductory Physics Homework Help
Is Δθ in a circle equal to the angle in a velocity vectors triangle?
How is Δθ in circle equals to angle in velocity vectors triangle? I tried using simple geometry but I can't.
Hardikph
Thread
Jul 6, 2016
Circular
Circular motion
Motion
Uniform
Uniform circular motion
Vectors
Replies: 8
Forum:
Introductory Physics Homework Help
Stuck Again: Find the Correct Answer to ƒ(x)
Yes it must be like ƒ(x) = (x2 - x - 42) / (x-7).
Hardikph
Post #7
Jul 6, 2016
Forum:
Calculus and Beyond Homework Help
Stuck Again: Find the Correct Answer to ƒ(x)
OK get It.
Hardikph
Post #5
Jun 28, 2016
Forum:
Calculus and Beyond Homework Help
Stuck Again: Find the Correct Answer to ƒ(x)
I was doin' some coursera quiz. It asked this question : Let ƒ(x) = (x2 - x - 42) / x-7 find as x → 7. Now I approach x from both sides and it get me 2 different answer. So which one is correct: 13 or 14?
Hardikph
Thread
Jun 28, 2016
Stuck
Replies: 6
Forum:
Calculus and Beyond Homework Help
How to calculate instantaneous acceleration if -->
Now I Understand. Thank You guys.
Hardikph
Post #13
Jun 28, 2016
Forum:
Introductory Physics Homework Help
How to calculate instantaneous acceleration if -->
I am NOT getting it. Can you be a little more specific.
Hardikph
Post #6
Jun 26, 2016
Forum:
Introductory Physics Homework Help
How to calculate instantaneous acceleration if -->
First I used the formula dv/dt but I am used to have a ƒ(x) in the questions I usually did.
Hardikph
Post #3
Jun 26, 2016
Forum:
Introductory Physics Homework Help
How to calculate instantaneous acceleration if -->
I tried but I can't.
Hardikph
Thread
Jun 26, 2016
Accelaration
Acceleration
Instantaneous acceleration
Motion
Motion in a straight line
Physics 11
Replies: 12
Forum:
Introductory Physics Homework Help
Forums
Hardikph
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