At night , the demand for electricty supplied by a fission nuclear reactor decrease. how is the fission nuclear reaction controlled to avoid overproduction of electricity

Question

CoroseDanilac CoroseDanilac

24-04-2017
Physics

contestada

At night , the demand for electricty supplied by a fission nuclear reactor decrease. how is the fission nuclear reaction controlled to avoid overproduction of electricity

Respuesta :

Otras preguntas

The situation that is best modeled by a discrete graph is

The circumference of a circle is 138.16 centimeters. What is the area of the circle?

If the current and the resistance in a circuit both double, what will happen to the voltage? a. stays the same b. doubles c. halves d. quadruples e. decreases b

5. In the following sentence, which word is the adjective? The new employee knew how to use the copier. A. how B. new C. knew D. copier

What is a substances specific heat

An asian elephant has a weight of 52,900 newtons. this enormous weight is balanced on four feet. in a circus act, these elephants often balance on one foot. the

The Articles of Confederation included all of the following information EXCEPT: A. uniform rights for citizens B. rules for the courts and Congress C. rights fo

A pizza shop offers 30% off the price of a large pizza every tuesday night. if the regular price is $25, what is the discounted price?"

The Danube River is navigable and thus connects many of the countries of the European continent

Asking yourself questions can help you find the main idea of a story because it can

jmcgibs jmcgibs · Answer 1 · 2018-11-09T20:37:03+01:00

jmcgibs jmcgibs

09-11-2018

almost positive it's A im not 1000% sure but it's the most probable

Answer Link

Branta Branta · Answer 2 · 2019-04-03T11:18:00+02:00

Explanation:

The nuclear energy is generated from the splitting of uranium atom by the bombardment of the neutrons in the nuclear fission.

The chain reaction of nuclear fission reactor is controlled by the control rods.

The chain reaction in the nuclear power plant can be controlled by using control rods of material made up boron which absorbs neutrons.

Therefore, by increasing the exposure between the fuel rods and neutrons absorbing material the fission nuclear reaction is controlled to avoid overproduction of electricity.