How much energy is required to melt a 500. gram block of iron? The heat of vaporization is 6090 J/g and the heat of fusion is 247 J/
g. 3.05x106 J 1.23x105 J 6.09x103 J 2.47x102 J

Question

24-08-2018
Chemistry

contestada

How much energy is required to melt a 500. gram block of iron? The heat of vaporization is 6090 J/g and the heat of fusion is 247 J/
g. 3.05x106 J 1.23x105 J 6.09x103 J 2.47x102 J

Respuesta :

Otras preguntas

e11-4 (algo) reporting stockholders' equity lo11-1, 11-2, 11-3 skip to question [the following information applies to the questions displayed below.] the financ

The combustion of a hydrocarbon fuel, represented as CaHb, results in products with the dry molar analysis 11% CO2, 0.5% CO, 2% CH4, 1.5% H2, 6% O2, and 79% N2.

is single, age 68, and retired. rukeem's taxable income for 2022 is $2,500, and the tax on this amount is $250. rukeem's tax credit for the elderly is $225. whi

Where is the speaker?en un restauranteen la casaen una oficinaen una tienda de ropa.

expressions have the same value,but don't look the same is called(question one) another name for a multiplier of constant of?(question two?)

The hawaiian islands are riding on the pacific plate as it moves northwest. They are being formed as the plate moves over a hot spot in the mantle. Where is the

. which of the following investments would have the lowest present value? assume that the effective annual rate for all investments is the same and is greater t

9. write function isoutflank to do the following a. return type integer b. parameter list i. 1-d character array (i.e. move), size 3 ii. 2-d character array (i.

Refer to Figure 13.3. Assume the economy is at Point A. Higher oil prices shift the aggregate supply curve to AS2. If the government decides to counter the effe

consider a long straight 1.70-amp current. what is the magnetic field strength at a distance of 7.50 cm from the current? give your answer in microteslas. you m

podgorica podgorica · Answer 1 · 2018-09-05T09:27:20+02:00

The mass of iron block is 500 g. The amount of energy required to melt the iron block needs to be calculated. Melting means conversion of solid to liquid thus, heat of fusion is used which is 247 J/g.

From heat of fusion, 247 J of energy is released by melting 1 g of iron block. Thus, the amount of heat released by melting 500 g of iron rod will be:

H= 247 J/g× 500 g=1.23×10^{5}

Hence, option B is correct.

232127 232127 · Answer 2 · 2020-10-01T17:03:42+02:00

232127 232127

01-10-2020

Give them brainliest ^^^

Answer Link

How much energy is required to melt a 500. gram block of iron? The heat of vaporization is 6090 J/g and the heat of fusion is 247 J/ g. 3.05x106 J 1.23x105 J 6.09x103 J 2.47x102 J

Respuesta :

Otras preguntas

How much energy is required to melt a 500. gram block of iron? The heat of vaporization is 6090 J/g and the heat of fusion is 247 J/
g. 3.05x106 J 1.23x105 J 6.09x103 J 2.47x102 J