Uncategorised (JEE Advanced Physics by BM Sharma + GMP Solutions)
The initial and the final temperature of water as recorded by a observer are (40.6±0.2)°c and (78.3±0.3)°c. Calculate the rise in temperature with proper error limits.
31
Aug
The initial and the final temperature of water as recorded by a observer are (40.6±0.2)°c and (78.3±0.3)°c. Calculate the rise in temperature with proper error limits. The initial and the final temperature of water as recorded by a observer are (40.6±0.2)°c and (78.3±0.3)°c. Calculate the rise in temperature with proper error limits. August [...]
In the uniform electric field shown in figure, find : a. VA−VD b. VA−VC c. VB−VD d. VC−VD
31
Aug
In the uniform electric field shown in figure, find : a. VA−VD b. VA−VC c. VB−VD d. VC−VD find : a. VA−VD b. VA−VC c. VB−VD d. VC−VD In the uniform electric field shown in figure August 31, 2020 Category: Uncategorised (JEE Advanced Physics by BM Sharma + GMP Solutions) ,
If there is a positive error of 50% in the measurement of velocity of a body, find the error in the measurement of kinetic energy.
31
Aug
If there is a positive error of 50% in the measurement of velocity of a body, find the error in the measurement of kinetic energy. find the error in the measurement of kinetic energy. If there is a positive error of 50% in the measurement of velocity of a body August 31, 2020 Category: Uncategorised [...]
The figues shows two points A and B seperated by 4 cm along the lines of the lines of a uniform electric field E = 500 V/m. (a) The potiential difference (Va -Vb ) =? (b) if the potential at A is 50 V, then the potential at B =?
31
Aug
The figues shows two points A and B seperated by 4 cm along the lines of the lines of a uniform electric field E = 500 V/m. (a) The potiential difference (Va -Vb ) =? (b) if the potential at A is 50 V, then the potential at B =? The figues shows two points [...]
The period of oscillation of a simple pendulum in the experiment is recorded as 2.63s, 2.56s, 2.42s, 2.71s and 2.80s respectively. The average absolute error is:
31
Aug
The period of oscillation of a simple pendulum in the experiment is recorded as 2.63s, 2.56s, 2.42s, 2.71s and 2.80s respectively. The average absolute error is: 2.42s 2.56s 2.71s and 2.80s respectively. The average absolute error is: The period of oscillation of a simple pendulum in the experiment is recorded as 2.63s August 31, 2020 [...]
The relative density of material of a body is found by weighing it first in air and then in water. If the weight in air is (5.00±0.05)N and the weight in water is (4.00±0.05)N. Find the relative density along with the maximum permissible percentage error.
31
Aug
The relative density of material of a body is found by weighing it first in air and then in water. If the weight in air is (5.00±0.05)N and the weight in water is (4.00±0.05)N. Find the relative density along with the maximum permissible percentage error. A physical parameter a can be determined by measuring the [...]
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A physical parameter a can be determined by measuring the parameters b ,
C ,
c1% ,
d and e are b1 % ,
d and e using the relation a=b ^ α c ^ β/ d ^ γ e ^ δ . If the maximum errors in the measurement of b ,
d1% and e1% ,
then find the maximum error in the value of a determined by the experiment. ,
Three equipotential surfaces are shown in the figure. (a) draw the corresponding field lines and estimate the field strength at a point a where the distance between the surfaces is 4 cm.
31
Aug
Three equipotential surfaces are shown in the figure. (a) draw the corresponding field lines and estimate the field strength at a point a where the distance between the surfaces is 4 cm. Three equipotential surfaces are shown in the figure. (a) draw the corresponding field lines and estimate the field strength at a point a [...]
A physical parameter a can be determined by measuring the parameters b, c, d and e using the relation a=b ^ α c ^ β/ d ^ γ e ^ δ . If the maximum errors in the measurement of b, c, d and e are b1 % ,c1%, d1% and e1%, then find the maximum error in the value of a determined by the experiment.
31
Aug
A physical parameter a can be determined by measuring the parameters b, c, d and e using the relation a=b ^ α c ^ β/ d ^ γ e ^ δ . If the maximum errors in the measurement of b, c, d and e are b1 % ,c1%, d1% and e1%, then find the [...]
Tags:
A physical parameter a can be determined by measuring the parameters b ,
C ,
c1% ,
d and e are b1 % ,
d and e using the relation a=b ^ α c ^ β/ d ^ γ e ^ δ . If the maximum errors in the measurement of b ,
d1% and e1% ,
then find the maximum error in the value of a determined by the experiment. ,
Following figure shows equipotential surfaces. what is the direction of the electric field E at P and R?
31
Aug
Following figure shows equipotential surfaces. what is the direction of the electric field E at P and R? Following figure shows equipotential surfaces. what is the direction of the electric field E at P and R? August 31, 2020 Category: Uncategorised (JEE Advanced Physics by BM Sharma + GMP Solutions) ,
Uniform electric field of magnitude 100V/m in space is directed along the line y=3+x. Find the potential difference between point A(3,1) & B(1,3)
31
Aug
Uniform electric field of magnitude 100V/m in space is directed along the line y=3+x. Find the potential difference between point A(3,1) & B(1,3) 1) & B(1 3% Uniform electric field of magnitude 100V/m in space is directed along the line y=3+x. Find the potential difference between point A(3 August 31, 2020 Category: Uncategorised (JEE Advanced [...]