Question

If X= ( 3/2 ) 2 x (2/3 )-4 , find the value of X-2.

Answer 1

Given:

X= ( 3/2 ) 2 x (2/3 )-4

TO find:

The value of the X-2

Solution:

We have given the expression for the X and to get the value of the X we need to solve the term by the rule of the BODMAS

BODMAS is the basic way to solve the sum of the simplifications and it has the proper series of the operations which need to be performed during calculations

which states as:

B - Brackets

O - of

D - Divide

M - Multiplication

A - Addition

S - Subtraction

now the given expression is:

• $X = \frac{3}{2} .2*\frac{2}{3} - 4$
• $X = \frac{3}{1}*\frac{2}{3} - 4$
• $X = 2-4$
• $X = -2$

Now we have to find the value of the X-2

then put the value of the X in the given expression

• X-4
• -2-4
• -6

Hence the value of the given expression is -6

Answer 2

Answer:

X= ( 3/2 ) 2 x (2/3 )-4

TO find:

The value of the X-2

Solution:

We have given the expression for the X and to get the value of the X we need to solve the term by the rule of the BODMAS

BODMAS is the basic way to solve the sum of the simplifications and it has the proper series of the operations which need to be performed during calculations

which states as:

B - Brackets

O - of

D - Divide

M - Multiplication

A - Addition

S - Subtraction

now the given expression is:

X = \frac{3}{2} .2*\frac{2}{3} - 4X=

2

3

.2∗

3

2

−4

X = \frac{3}{1}*\frac{2}{3} - 4X=

1

3

∗

3

2

−4

X = 2-4X=2−4

X = -2X=−2

Now we have to find the value of the X-2

then put the value of the X in the given expression

X-4

-2-4

-6

Hence the value of the given expression is -6