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Pyroxenes are class of silicate minerals, which exhibit a polymeric chain structure, as shown below
S-Block and P-Block Elements mcq question image
Its simplest repeating unit is
In which of the following block would you find the Rare Earth Elements? s-block p-block d-block f-block
A spring mass system is on a horizontal plane. Spring constant is 2N/m & mass of block is 2kg. The spring is compressed by 10cm and released. A small ball is released from a height of 2m above the block on the horizontal plane. At what time should the ball be left if the block is released from the extreme position at t=0, given that the ball has to fall on the block when the speed of block is maximum?
A spring block system is on a horizontal surface. The block is compressed by 10cm. What should be the coefficient of friction between the block and ground such that the block comes to a stop at the mean position? Mass of block = 0.5kg & spring constant = 3N/m.
A sues B to recover Rs. 1,000 alleged to be rent due under a lease executed by B. The court finds that B was in occupation of the premises during the period for which the rent is claimed, but that the alleged lease was not executed by B. At this stage A applies to amend his plaint by alleging that, though the lease was not executed by B, he is entitled to recover the amount for use and occupation of the premises.
X' executed a sale deed in favour of 'Y' on 1st January, 2002. Subsequently on 10th January, 2002, 'X' executed a sale deed in respect of the same property in favour of 'Z'. Thereafter the sale deed in favour of 'Z' executed on 10th January, 2002 was registered on 20th January, 2002. Whereas the sale deed in favour of 'Y' was registered on 30th January, 2002.
In the said case, by virtue of section 47
Match the columns: I  II a. s block i. Sm b. p block ii. S c. d block iii. Sb d. f block iv. Sg   v. Sc   vi. Sr
A block of mass M, supporting another block of mass m, is moved horizontally with an increasing acceleration from zero. If μ is the coefficient of static friction between the blocks, the acceleration  at which the upper block slips on the lower block is
A block R of mass 100 kg is placed on a block S of mass 150 kg as shown in the figure. Block R is tied to the wall by a massless and inextensible string PQ. If the coefficient of static friction for all surfaces is 0.4, the minimum force F (in kN) needed to move the block S is
A copper block and an air mass block having similar dimensions are subjected to symmetrical heat transfer from one face of each block. The other face of the block will be reaching the same temperature at a rate is?