World's only instant tutoring platform
Search questions and Textbooks
dropdown-logo
Instant TutoringAbout Us
Login
App StorePlay Store
Get 2 FREE Instant-Explanations on Filo with code FILOAPP
CBSE
Arrow Icon
संधारित्र लेट की ऊर्जा (U={1}{2}(v^{2}). होता Q: संधारित्ध करे
Question

Question asked by Filo student

rotate Arrowrotate Arrow
संधारित्र लेट की ऊर्जा (U=21​(v2) होता Q: संधारित्ध करे?

संधारित्र लेट की ऊर्जा होता Q: संधारित्ध करे?

Views

Views: 5,273 students

tutor 0tutor 1tutor 2
Found 6 tutors discussing this question
Daniel Discussed
संधारित्र लेट की ऊर्जा होता Q: संधारित्ध करे?
6 mins ago
Discuss this question LIVE
6 mins ago
Video Solution

Filo tutor solution

Learn from their 1-to-1 discussion with Filo tutors.

Solution Available
Generate FREE solution for this question from our expert tutors in next 60 seconds
Don't let anything interrupt your homework or exam prep with world’s only instant-tutoring, available 24x7

Practice more questions on Gravitation and Fluid

Question 1
Easy
Views

Views: 5,478

Consider an iron rod of length and cross-section with a Young's modulus of . We wish to calculate the force with which the two ends must be pulled to produce an elongation of . It is equal to
  1. dyne
  2. dyne
  3. dyne
  4. dyne
Topic

Topic:

Mechanical Properties of Solids

View solution

Question 2
Easy
Views

Views: 5,227

In a sinusoidal wave, the time required for a particular point to move from maximum displacement to zero displacement is second. The frequency of the wave is
Topic

Topic:

Waves

View 8 solutions

Question 3
Medium
Views

Views: 6,073

Refer to the graph in figure. Match the following.

Topic

Topic:

Motion in Straight Line

Book

Book:

Physics Exemplar (NCERT Exemplar)

View solution

Question 4
Medium
Views

Views: 6,264

Time taken by the projectile to reach from to is . Then the distance is equal to :

Topic

Topic:

Motion in a Plane

View 8 solutions

View more
filo Logo

Students who ask this question also asked

Question 1
Views

Views: 5,921

3) Height / Altitude of Satellite above the earth's surface. From (A) , squaring both sides or or as Case for a geostationary satellite, hrs. \[ \begin{aligned} \therefore h & =\left[\frac{(24 \times 60 \times 60)^{2} \times 9.8\left(6.4 \times 10^{6}\right)^{2}}{4 \pi^{2}}\right]^{1 / 3}-6.4 \times 10^{6} \\ & =3.6 \times 10^{7} \mathrm{~m} \approx 36,000 \mathrm{~km} \end{aligned} \] 4) Energy of an orbiting satellite: The total energy of a abiting satellite is -re it is bound to the earth 5) Binding Energy : The energy needed to send the satellite from its orbit around the earth to infinity.
Topic

Topic:

Gravitation and Fluid

View solution

Question 2
Views

Views: 5,757

Q. Find the force required to keep wire at rest. 4) 0 . common
Topic

Topic:

Gravitation and Fluid

View solution

Question 3
Views

Views: 5,572

40.1 A massless inextensible string in the form of a 1000 is placed on a horizontal film of soap solution of surface tension . If film is pierced inside the loop and it convert into a circular loop of diameter , then the tension produced in string is
  1. Td::.
Topic

Topic:

Gravitation and Fluid

View solution

Question 4
Views

Views: 5,297

no Aned of action of copper wirk Putting the vanows values in eq (0. we get. PROBLEMS FOR PRACTICE 1. A wire of diameter and long fixed at one end is stretched by 0.01 mim . 2. The breaking stress of aluminium is . Find the greates lenga aluminium wire that can hang vertically without breaking. Density of aluminium . 3. Calculate the percentage increase in length of a wire of diameter stretchod by force equal to the weight of . Given that for wire is . 4. Two exactly similar wires, one of steel and the other of copper, are stretched by opes force. If the total elongation is , find how much is each wire elongated for is and for copper is [Steel : ; Copper : 5. Prove that Young's modulus of a wire is equal to the stress necessary to double its loy The si unit of compressibility solids and liquids are relatively (a) of large values of bulk modulu ad pressure. On the other hand, of and strongly depend on thi Example 18.7. A spherical b uniform pressure of . Solution. Bulk modi Here 18.19. BULK MODULUS (OR ELASTICITY IN VOLUME) This refers to situations in which the volume (i.e., bulk) of a substance is changed by \& application of external normal stress. It is defined as the ratio of normal stress to the whinen sinain. It is denoted by the symbol . Bulk modulus, Example 18.8. A cube is shortened by . Find material. Solution. Let / be the
Topic

Topic:

Gravitation and Fluid

View solution

View more
Question Text
संधारित्र लेट की ऊर्जा होता Q: संधारित्ध करे?
TopicGravitation and Fluid
SubjectPhysics
ClassClass 11