calculate the area in square units of A rectangle with length 6cm and breadth 5cm

Name: Solved: calculate the area in square units of A rectangle with length 6cm and breadth 5cm - MathMaster
Brand: MathMaster
Rating: 4.9 (108 reviews)

108

likes

541 views

Answer to a math question calculate the area in square units of A rectangle with length 6cm and breadth 5cm

$Expert avatar$

Jon

4.6

110 Answers

as we know area of rectangle A=length\times breadth

A=6 \text{cm}\times 5\text{cm}

A=30 \text{cm}^2

Frequently asked questions (FAQs)

Math Question: What is the sum of the mixed numbers 3 2/5 and 4 3/10 when expressed as improper fractions? Additionally, factor the resulting numerator and denominator, and list all the prime factors of each.

What is the domain and range of the cube root function, f(x) = ^3√x?

Math Question: How many ways are there to arrange the letters in the word "MATHEMATICS" using all the letters?

New questions in Mathematics

Simplify the expression sin³(x)+cos³(x), using trigonometric functions

reduction method 2x-y=13 x+y=-1

Investing equal amounts of money into each of five business ventures Let's say you plan. 20 to choose from If there are initiatives, how many different ones among 20 initiatives? five startups can be selected?

Determine the momentum of a 20 kg body traveling at 20 m/s.

By direct proof, how can you prove that “The sum of any three consecutive even integers is always a multiple of 6”.

Let r: x - y 5 = 0. Determine a general equation of the line s parallel to the line r, which forms an isosceles triangle with area 8 with the line x = 5 and the Ox axis.

In the telephone exchange of a certain university, calls come in at a rate of 5 every 2 minutes. Assuming a Poisson distribution, the average number of calls per second is: a) 1/8 b) 1/12 c) 1/10 d) 2/5 e) 1/24

using the math and science known about the jefferson river bridge Find a truss in use and develop a load diagram. Use a load of 50 lb on each joint along the bottom of the truss for a truss that actrs as a bridge and along the top joints for a truss that acts as a roof

The ninth term of a given geometric progression, with reason q , is 1792, and its fourth term is 56. Thus, calculate the fourth term of another geometric progression, whose ratio is q +1 and whose first term is equal to the first term of the first P.G. described.