CameraIcon

SearchIcon

MyQuestionIcon

1

You visited us 1 times! Enjoying our articles? Unlock Full Access!

Types of Linear Programing Problems

You are given...

Question

You are given many resistances, capacitors and inductors. These are connected to a variable $D C$ voltage source (the first two circuits) or an $A C$ voltage source of $50 H z$ frequency (the next three circuits) in different ways as shown in List $2$ . When a current I (steady state for $D C$ or rms for $A C$ ) flows through the circuit, the corresponding voltage $V_{1}$ and $V_{1}$ . (indicated in circuits) are related as shown in List $1$ .Match the two

Open in App

Solution

$X_{L}$ = $2 π (50) (6 \times 10^{- 3})$ = $6 π \times 10^{- 1}$
$X_{C}$ = $\frac{1}{2 π (50) \times 3 \times 10^{- 6}}$ = $\frac{10^{4}}{3 π}$
$X_{C} > X_{L}$

Suggest Corrections

thumbs-up

0

Similar questions

Q. You are given many resistors, capacitors and inductors. These are connected to a variable DC voltage source (the first two circuits) or an AC voltage source of

50 H z

frequency (the next three circuits) in different ways as shown in Column II. When a current

I

(steady state for DC or rms for AC) flows through the circuit, the corresponding voltages

V_{1}

V_{2}

(indicated in circuits) are related as shown in Column I. Match the two columns.
Column I Column II

i.	$I \neq 0, V_{1}$ is proportional to $I$	a.
ii.	$I \neq 0, V_{2} > V_{1}$	b.
iii.	$V_{1} = 0, V_{2} = V$	c.
iv.	$I \neq 0, V_{2}$ is proportional to $I$	d.
		e.

Q. You are given many resistors, capacitors and inductors. These are connected to a variable DC voltage source (the first two circuits) or an AC voltage source of 50

H z

frequency (the next three circuits) in different ways as shown in Column II. When a current

I

(steady state for DC or rms for AC) flows through the circuit, the corresponding voltages

V_{1}

V_{2}

(indicated in circuits) are related as shown in Column I. Match the two columns. Column I Column II

i	$I \neq 0, V_{1} is proportional to I$	a
ii	$I \neq 0, V_{2} > V_{1}$	b
iii	$V_{1} = 0, V_{2} = V$	c
iv	$I \neq 0, V_{2} is proportional to I$	d
		e

Q. You are given many resistors, capacitors and inductors. These are connected to a variable DC voltage source (the first two circuits) or an AC voltage source of

50 H z

frequency (the next three circuits) in different ways as shown in Column II. When a current

I

(steady state for DC or rms for AC) flows through the circuit, the corresponding voltages

V_{1}

V_{2}

(indicated in circuits) are related as shown in Column I. Match the two columns.
Column I Column II

i.	$I \neq 0, V_{1}$ is proportional to $I$	a.
ii.	$I \neq 0, V_{2} > V_{1}$	b.
iii.	$V_{1} = 0, V_{2} = V$	c.
iv.	$I \neq 0, V_{2}$ is proportional to $I$	d.
		e.

Q. Four different circuit components are given in each situation of List 1 and all the components are connected across an ac source of same angular frequency

ω = 200 r a d s^{- 1}

. The information of phase difference between the current source voltage in each situation of List 1 is given in List 2. Match the circuit components in List 1 with the corresponding List 2.

Q. An ac source of voltage V =

V_{m} s i n ω t

is connected across the resistance R as shown in figure. The phase relation between current and voltage for this circuit is

View More

Join BYJU'S Learning Program

similar_icon

Related Videos

lock

Types of Linear Programming Problem

MATHEMATICS

Watch in App

explore_more_icon

Explore more

Types of Linear Programing Problems

Standard XII Mathematics

Join BYJU'S Learning Program

CrossIcon