Find the equation of a line passing through (4, -3) and parallel to the line whose equation is 4y – 3x = 8.

Class: Form 2

Subject: Mathematics

Topic: Equations of Straight Lines

Lesson Summary

Find the equation of a line passing through (4, -3) and parallel to the line whose equation is
4y – 3x = 8.

---

More Video Lessons

---

• Simplify the equation below
  

  Simplify the equation below
  

  Date posted: February 26, 2019

• Solve for X in the equation below 32^{(x - 3)} ÷ 8^{(x - 4)} = 64 ÷ 2^x
  

  Solve for X in the equation below
  32^{(x - 3)} ÷ 8^{(x - 4)} = 64 ÷ 2^x

  Date posted: February 26, 2019

• Given that a=2, b=1, and c=3, find the value of
  

  Given that a=2, b=1, and c=3, find the value of
  

  Date posted: February 26, 2019

• Arrange the following fractions in descending order.
  

  Arrange the following fractions in descending order.
  

  Date posted: February 26, 2019

• The cost of a pen is sh.X and that of a pencil is sh. 4 less than that of a pen. Find the combined cost of 4 pens and 5 pencils.
  

  The cost of a pen is sh.X and that of a pencil is sh. 4 less than that of a pen. Find the combined cost of 4 pens and 5 pencils.

  Date posted: February 26, 2019

• Factorize: 6x² -13x + 6
  

  Factorize: 6x² -13x + 6

  Date posted: February 26, 2019

• During heating of a hydrated copper (II)sulphate crystals, the following readings were obtained: Mass of evaporating dish =300.0g, Mass of evaporating dish + hydrated salt = 305.0g, Mass of evaporating dish + anhydrous salt = 303.2g
  

  During heating of a hydrated copper (II)sulphate crystals, the following readings were obtained:
  Mass of evaporating dish =300.0g, Mass of evaporating dish + hydrated salt = 305.0g, Mass of evaporating dish + anhydrous salt = 303.2g
  Calculate the number of water of crystallization molecules in hydrated copper (II)sulphate.(Cu =64.5, S = 32.0,O=16.0, H = 1.0)

  Date posted: February 26, 2019

• An element Q consists of 3 isotopes of mass 28, 29, 30 and percentage abundance of 92.2%, 4.7%, 3.1% respectively. Determine the relative atomic mass of the element?
  

  An element Q consists of 3 isotopes of mass 28, 29, 30 and percentage abundance of 92.2%, 4.7%, 3.1% respectively. Determine the relative atomic mass of the element?

  Date posted: February 26, 2019

• An element N forms an ion N². This ion contains 18 electrons: a) State the period and the group of the periodic table that element N belongs.
  

  An element N forms an ion N². This ion contains 18 electrons:
  a) State the period and the group of the periodic table that element N belongs.
  b) Write the formula of the compound which would be formed if N reacts with bromine.

  Date posted: February 26, 2019

• When 27.8g of hydrated aluminium oxide, Al₂O₃.xH₂O, was heated to a constant mass, 20.6g of aluminium oxide was obtained. Determine the value of x (H=1, O=16, A=27)
  

  When 27.8g of hydrated aluminium oxide, Al₂O₃.xH₂O, was heated to a constant mass, 20.6g of aluminium oxide was obtained. Determine the value of x (H=1, O=16, A=27)

  Date posted: February 26, 2019

• 6g of iron reacted with hydrogen chloride gas to form iron (II) chloride at S.T.P. Calculate the volume of the hydrogen chloride gas used. (Fe=56, molar gas volume at S.T.P=22.4dm³ )
  

  6g of iron reacted with hydrogen chloride gas to form iron (II) chloride at S.T.P. Calculate the volume of the hydrogen chloride
  gas used. (Fe=56, molar gas volume at S.T.P=22.4dm³ )

  Date posted: February 26, 2019

• Study the information in the table below and answer the questions that follow.
  

  Study the information in the table below and answer the questions that follow.
  
  
  i) Write the general formula of the hydrocarbons in the table.
  ii) Predict the relative molecular mass of the hydrocarbon with 5 carbon atoms.
  iii) Determine the molecular formula of the hydrocarbon in (II) above and draw its structural formula (H=1.0, C = 12.0)

  Date posted: February 26, 2019

• An organic compound contains 24.24% carbon 4.04% hydrogen and the rest is chlorine a) Find its empirical formula. (C=12, H=1, Cl=35.5) b) Find its molecular formula if its R.M.M is 99.
  

  An organic compound contains 24.24% carbon 4.04% hydrogen and the rest is chlorine
  a) Find its empirical formula. (C=12, H=1, Cl=35.5)
  b) Find its molecular formula if its R.M.M is 99.

  Date posted: February 26, 2019

• Using dots (.) and crosses (x) to represent outermost electrons, draw diagrams to show bonding in. a)Carbon (IV) oxide b) NH₄⁺
  

  Using dots (.) and crosses (x) to represent outermost electrons, draw diagrams to show bonding in.
  a)Carbon (IV) oxide
  b) NH₄⁺

  Date posted: February 26, 2019

• Chlorine is element number 17 in the periodic table of elements. Write down the electron configuration of its: a) Atom b) Ion
  

  Chlorine is element number 17 in the periodic table of elements. Write down the electron configuration of its:
  a) Atom
  b) Ion

  Date posted: February 26, 2019

• An atom of sodium is represented as shown below: (a) Calculate the number of neutrons in the nucleus of a sodium atom
  

  An atom of sodium is represented as:
  
  
  a) Calculate the number of neutrons in the nucleus of a sodium atom.
  b)Write the electronic configuration of a sodium atom

  Date posted: February 26, 2019

• Zinc metal and hydrochloric acid react according to the following equation: Zn_(s) + 2Hcl_(aq)= ZnCl_2(aq) + H_2(g)
  

  Zinc metal and hydrochloric acid react according to the following equation:
  Zn_(s) + 2Hcl_(aq) = ZnCl_2(aq) + H_2(g)
  1.96g of zinc metal were reacted with 100cm³ of 0.2m hydrochloric Acid.
  a) Determine the reagent that was in excess.
  b) Calculate the total volume of hydrogen gas that was liberated at S.T.P. Zn=65.4; molar gas volume = 22.4 litres at S.T.P.

  Date posted: February 26, 2019

• Write an equation to show the effect of heat on: i) Potassium nitrate, KNO₃ ii) silver nitrate, AgNO₃
  

  Write an equation to show the effect of heat on:
  i) Potassium nitrate, KNO₃
  ii) silver nitrate, AgNO₃

  Date posted: February 26, 2019

• Calculate the percentage nitrogen content in the following ammonium salts. i) Ammonium sulphate (NH₄₎₂SO₄ ii) Urea, (NH₂₎₂CO N= 14, H=1, S=32, O=16, C=12
  

  Calculate the percentage nitrogen content in the following ammonium salts.
  i) Ammonium sulphate (NH₄₎₂SO₄
  ii) Urea, (NH₂₎₂CO
  N= 14, H=1, S=32, O=16, C=12

  Date posted: February 26, 2019

• 4.0g of magnesium carbonate have some impurity of magnesium sulphate were dissolved in 250cm³ of 1.0m HCL. 25cm³ of the resulting solution was found to require 28.8cm³ of 0.6M sodium hydroxide for complete neutralization.Calculate the number of moles of sodium hydroxide in 28.8cm³.
  

  4.0g of magnesium carbonate have some impurity of magnesium sulphate were dissolved in 250cm³ of 1.0m HCL. 25cm³ of the resulting solution was found to require 28.8cm³ of 0.6M sodium hydroxide for complete neutralization.Calculate the number of moles of sodium hydroxide in 28.8cm³.

  Date posted: February 26, 2019

View all video lessons