Use a standard algorithm to calculate: "4 \\frac{2}{3}+\\frac{2}{3}-1\\frac{3}{4}" . Explain how you worked on the second step to assist the understanding of the standard algorithm used.
4 and 1are whole numbers and the rest are fractions.
determine the general antiderivatives of the following functions f(x)=(x+1)100
Learners have to demonstrate knowledge and skills in calculating quantities such as mass, length, perimeter, temperature and the volume of objects. When teaching conversions, emphasis must be placed on multiplication by a thousand (since "kilo" means thousand) and one thousandth (since "milli" means one thousandth). Design an instructional activity to explain how you would teach grade 4 learners the conversion of units when measuring length. Refer to page 25 of the CAPS document, the second bullet under ‘Calculations and problem-solving involving length’. Your focus should be on whole numbers
Which of the following is part of the set of all possible rational zeros of
f(x)=2x4−x3+6x2−5x−8?
i.
±1; ±2; ±12; ±14
ii.
±1; ±2; ±4
iii.
±1; ±2; ±4; ±12; ±14
iv.
None of the given options.
v.
±2; ±8; ±14
1- Find the domain of function f(X)=ln (-2/X2-x-6) +√x2 -1
2- Find the inverse function of the function f(X)=X2 -4x +5; X €(3,4)
3- construct the tangent line to the graph of the function f(X)= 4x.√x-2 .√x which is parallel to the line y=x.
Multiply 62 by 35, firstly by breaking down 35 in its terms (30 + 5) and secondly by breaking down 35 in its factors (5 x 7). Show all your steps.
(a) 62 x (30 + 5)
(b) 62 x (5 x 7)
Which base-10 (Dienes) blocks represent the sum of 1034 and 675?
Illustrate the steps, each time on a number line, where you will explain to a Grade 6 class how numbers can be negative and positive.
Use the case of Mpho who has R5 and she buys a packet of chips for R8 at the tuck shop. The next day she brings R10 to the tuck-shop and buys a lolly for R2. Show how her money goes up and down and where she ends up.
Show your calculation and explain how the base 60 number system is used to subtract 48 minutes from 2 hour 13 minutes.
My calculation (3)
Explanation of my steps (3)
Many learners struggle to make the leap from understanding whole number to understanding rational number (which includes whole numbers and fractions). Describe what you will do to help a learner who cannot position correctly on a number line.