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By using bifocal LENS, which is consists of both conacave and CONVEX lens.Plz, MARK it as BRAINLIEST ans.

Hypermetropia can be CORRECTED by using a CONVEX lens. A convex lens converges the INCOMING light such that the IMAGE is formed on the retina. An OBJECT at 25 cm forms an image at the near point of the hypermetropic eye.☺☺☺☺☺☺

When two nuclei (A < 10) fuse together to form a heavier nucleus, the. (A) binding energy per NUCLEON increases. (B) binding energy per nucleon DECREASES. (C) binding energy per nucleon does not CHANGE...plese GIVE me as brilent...

The branch of physical SCIENCE that DEALS with the relations between heat and other FORMS of energy, and, by extension, of the relationships between all forms of energy.mark this as BRAINLIEST plzfollow me PLZ

ur ANS is OPT C 4 rad/s hope it hlps U

A is RIGHT ANSWER.....

the ANSWER is [ d= 5.5 ★ 10³ CM

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Your answer will be 10 CM..Explanation:PLEASE MARK AS BRAINLIEST...

The Point on its LINE of CircuitExplanation: That Which Can The Point P CHARGES At A , B , C.

[TEX] don't KNOW the ANSWER

In chemistry, orbital HYBRIDISATION (or hybridization) is the concept of mixing atomic orbitals into new hybrid orbitals (with different energies, shapes, etc., than the component atomic orbitals) suitable for the pairing of electrons to form chemical BONDS in valence bond theory.Hyberdisation on an atom is the num of sigma bonds the atom have + the NUMBER of lone pair electrons in the atom. (because these bond pairs sigma bonds and lone pairs are present in hyberdised orbitals.) So as per the structure of BeCl2 hybridisation is 2 which is sp. ... So Be forms SINGLE bond with each Cl.Hope this answer will HELP you.........

echo cardiography.......or ECGExplanation:Echocardiography USES standard two-dimensional, three-dimensional, and DOPPLER ULTRASOUND to create images of the heart. Echocardiography has become routinely USED in the diagnosis, management, and follow-up of patients with any suspected or known heart DISEASES.

The STRENGTH of Electromagnet DEPENDS on the number of TURNS of the wire around the core and the AMOUNT of current passing through it.

The distribution or probability density functions DESCRIBE the probability that particles occupy the available energy levels in a given system. Of particular interest is the probability density function of electrons, called the Fermi function. The derivation of such probability density functions can be found in one of the many statistical thermodynamics references . However, given the importance of the Fermi distribution function, we will carefully examine an example as well as the characteristics of this function. It is also derived in section 2.5.5. Other distribution functions such as the impurity distribution functions, the Bose-Einstein distribution function and the Maxwell Boltzmann distribution are also provided.2.5.1 Fermi-Dirac distribution function The Fermi-Dirac distribution function, also called Fermi function, provides the probability of OCCUPANCY of energy levels by Fermions. Fermions are half-integer spin particles, which obey the Pauli exclusion principle. The Pauli exclusion principle postulates that only one Fermion can occupy a single quantum state. Therefore, as Fermions are added to an energy band, they will fill the available states in an energy band just like WATER fills a bucket. The states with the lowest energy are FILLED first, followed by the next higher ones. At absolute zero temperature (T = 0 K), the energy levels are all filled up to a maximum energy, which we call the Fermi level. No states above the Fermi level are filled. At higher temperature, one finds that the transition between completely filled states and completely empty states is gradual rather than abrupt.Electrons are Fermions. Therefore, the Fermi function provides the probability that an energy level at energy, E, in thermal equilibrium with a large system, is OCCUPIED by an electron. The system is characterized by its temperature, T, and its Fermi energy, EF. The Fermi function is given by:(2.5.1)This function is plotted in Figure 2.5.1 at 150, 300 and 600 K.Figure 2.5.1 :The Fermi function at three different temperatures. The Fermi function has a value of one for energies, which are more than a few times kT below the Fermi energy. It equals 1/2 if the energy equals the Fermi energy and decreases exponentially for energies which are a few times kT larger than the Fermi energy. While at T = 0 K the Fermi function equals a step function, the transition is more gradual at finite temperatures and more so at higher temperatures

yesExplanation:BEACAUSE i am GOOD in SCIENCE

The general FORMULA of convex lens is 1/F = 1/u + 1/vExplanation:Here, f is FOCAL length V is image distance and U is object distance. Hope this HELPS you

Air pressure has almost no effect on sound speed.It has no effect at all in an ideal gas approximation, because pressure and density both contribute to sound VELOCITY equally, and in an ideal gas the TWO effects cancel out. In an ideal gas, intermolecular gaps are always TAKEN to be very LARGE, REGARDLESS of pressure.

(2)10.8. this is the only CORRECT ANSWER.

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The vector group indicates the PHASE DIFFERENCE between the primary and secondary sides, introduced DUE to that particular CONFIGURATION of transformer windings connection. The Determination of vector group of transformers is very important before connecting two or more transformers in parallel.

tion:A gas at a pressure P is CONTAINED in a vessel if the MASS of all the MOLECULES are halved and their velocities doubled the the RESULTING pressure P will be.

Solutions Explanation:Rab hasta HUA rakkhe tum ko tum to hasne ke aadi ho Gar aabd RAHE WO Jisme tumare shadi hoPlz MARK a brainlist ANSWERE I hope you understand Follow back me

a CYLINDRICAL coil of a wire ACTING as a MAGNET when carrying electric CURRENT is called solenoid.follow me...buddy

y1=initial wavey2=reflected waveExplanation : In a PROGRESSIVE WAVE ENERGY gets transferred. In a stationary wave energy doesn't get transferred. In a progressive each and every particle has same AMPLITUDE. In a stationary wave amplitude DIFFERS from particle to particle.

When the OBJECT is NEAR the MIRROR.

1/2 NExplanation:SOLUTION is in PIC