Problem 1 :
The subtraction of 5 times of y from x is
(a) 5x – y (b) y – 5x (c) x – 5y (d) 5y – x
Problem 2 :
The side length of the top of square table is x. The expression for perimeter is:
(a) 4 + x (b) 2x (c) 4x (d) 8x.
Problem 3 :
The number of scarfs of length half meter that can be made from y meters of cloth is :
(a) 2y (b) y/2 (c) y + 2 (d) y + 1/2
Problem 4 :
The length of a side of square is given as 2x + 3. Which expression represents the perimeter of the square?
(a) 2x + 16 (b) 6x + 9 (c) 8x + 3 (d) 8x + 12
Problem 5 :
Arjun bought a rectangular plot with length x and breadth y and then sold a triangular part of it whose base is y and height is z. Find the area of the remaining part of the plot
Problem 6 :
Amisha has a square plot of side m and another triangular plot with base and height each equal to m. What is the total area of both plots?
Write the following statements in the form of algebraic expressions and write whether it is monomial, binomial or trinomial.
Problem 7 :
x is multiplied by itself and then added to the product of x and y.
Problem 8 :
Three times of p and two times of q are multiplied and then subtracted from r. Solution
Problem 9 :
Product of p, twice of q and thrice of r .
Problem 10 :
Sum of the products of a and b, b and c and c and a.
Problem 11 :
Perimeter of an equilateral triangle of side x.
Problem 12 :
Perimeter of a rectangle with length p and breadth q.
Problem 13 :
Area of a triangle with base m and height n.
Problem 14 :
Area of a square with side x
Problem 15 :
Cube of s subtracted from cube of t.
Problem 16 :
Quotient of x and 15 multiplied by x.
Problem 17 :
The sum of square of x and cube of z.
Problem 18 :
Two times q subtracted from cube of q
1) x - 5y 2) 4x 3) 2y 4) 8x + 12 5) xy - (yz/2) 6) m2/2 7) x2 + xy, binomial. 8) r - 6pq, binomial. 9) 6pqr, monomial. |
10) ab + bc + ca, trinomial 11) 3x, monomial. 12) 2(p + q), binomial 13) mn/2, monomial. 14) x2, monomial 15) t3 - s3, binomial 16) x2/15, monomial 17) x2 + z3, binomial 18) q3 - 2q, binomial |
May 21, 24 08:51 PM
May 21, 24 08:51 AM
May 20, 24 10:45 PM