Math, asked by zanee811, 11 months ago

choose the correct answer...

Attachments:

Answers

Answered by avishkarjaiswal

2

Answer:

first ka c

second ka 12

third ka b

forth ka14

fifth ka c

Answered by mayamaurya15

0

Answer:

6 ka B

7 ka D

8 ka B

9 ka D

10 ka A

11 ka C

12 ka C

Step-by-step explanation:

Follow if it helps you

Previous Question

Next Question

Similar questions

Sociology, 5 months ago

please don't spam ............

Social Sciences, 5 months ago

Q-1 Find out the telephone numbers of important services in your area and also narrate what is the duty / role and task of each service. You may use the following pattern and consult your parents in this regard (09 Marks): Service Contact Number Duty / Role & Task Fire Fighting 16. pro Medical / Ambulance 1122 Security / Police prolecting lifeane Electricity 15 12 u 17 Telephone Inquiry...

Chemistry, 5 months ago

write short on the following reaction. (1) kolbe's reaction (2) perkin's method ...

Chemistry, 11 months ago

Two radioactive elements M and N each has a half-life of 50 years and 120 years respectively : which is more stable and why...

Political Science, 11 months ago

"the 1956 Act was discriminatory and humiliating for Tamils"-justify the statement...

Chemistry, 1 year ago

The correct thermodynamic conditions for the spontaneous reaction at all temperatures is (a) $\Delta H$ < 0 and $\Delta S$ = 0 (b) $\Delta H$ > 0 and $\Delta S$ < 0 (c) $\Delta H$ < 0 and $\Delta S$ > 0 (d) $\Delta H$ < 0 and $\Delta S$ < 0...

Chemistry, 1 year ago

Three thermochemical equations are given below: (i) $C(graphite) + O_2(g) \rightarrow CO_2(g)$ ; $\Delta_rH^0$ = x kJ mol⁻¹ (ii) $C(graphite) +\frac{1}{2} O_2(g)\rightarrow CO(g)$ ; $\Delta_rH^0$ = y kJ mol⁻¹ (iii) $CO(g) + \frac{1}{2} O_2(g) \rightarrow CO_2(g)$ ; $\Delta_rH^0$ = z kJ mol⁻¹ Based on the above equations, find out which of the...

Chemistry, 1 year ago

Enthalpy of sublimation of a substance is equal to (a) enthalpy of fusion + enthalpy of vaporisation (b) enthalpy of fusion (c) enthalpy of vaporisation (d) twice the enthalpy of vaporisation...