Question 82 i Meteorology One measure of average global temperature shows how each year varies from a base measure- The table shows results for several years- - Year 1958 1964 1965 1978 2002- Difference from base 0-10-C -0-17-C -0-10-C 1-50 -C 0-54- - See the table and answer the following - Order the five years from coldest to warmest-

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

Byju's Answer

Standard X

Physics

Gamma Rays

Question 82 i...

Question

Question 82 (i)

Meteorology One measure of average global temperature shows how each year varies from a base measure. The table shows results for several years.
$\begin{matrix} Y e a r & 1958 & 1964 & 1965 & 1978 & 2002 D i f f e r e n c e f r o m b a s e & {0.10}^{\circ} C & - {0.17}^{\circ} C & - {0.10}^{\circ} C & {(\frac{1}{50})}^{\circ} C & {0.54}^{\circ} \end{matrix}$
See the table and answer the following :
Order the five years from coldest to warmest.

Open in App

Solution

In year 1978, temperature is ${(\frac{1}{50})}^{\circ} C = {0.02}^{\circ} C$
By observing coldest to warmest order is ascending order.
$∴ - {0.17}^{\circ} C < - {0.10}^{\circ} C < {0.02}^{\circ} C < {0.10}^{\circ} C < {0.54}^{\circ}$ C
Order of years is
$1964 < 1965 < 1978 < 1958 < 2002$

Suggest Corrections

Similar questions

Question 82 (ii)

Meterology one measure of average global temperature shows hwo each year varies from a base measure. The table shows results for several years.
$\begin{matrix} Y e a r & 1958 & 1964 & 1965 & 1978 & 2002 D i f f e r e n c e f r o m b a s e & {0.10}^{\circ} C & - {0.17}^{\circ} C & - {0.10}^{\circ} C & {(\frac{1}{50})}^{\circ} C & {0.54}^{\circ} \end{matrix}$
See the table and answer the following:
In 1946 the average temperature varied by $- {0.03}^{\circ} C$ from the base measure. Between which two years should 1946 fall, when the years are ordered from coldest to warmest ?

The table below shows the consumer price index (CPI) over several years for a country.

$\begin{matrix} Year & CPI 2015 & 94 2016 & 100 2017 & 104 2018 & 103 \end{matrix}$

Which of the following conclusions can be drawn based on this data?

Q. Question 9
The following Table shows the total power shortage in India from 1991 - 1997. Show the data in the form of a graph. Plot shortage percentage for the years on the Y-axis and the year on the X-axis.

\begin{matrix} S . N o . & Y e a r & S h o r t a g e (%) 1 & 1991 & 7.9 2 & 1992 & 7.8 3 & 1993 & 8.3 4 & 1994 & 7.4 5 & 1995 & 7.1 6 & 1996 & 9.2 7 & 1997 & 11.5 \end{matrix}

Q. The following table shows the population of Maharashtra according to the census in different years. Draw a bar graph corresponding to the table.

Years	1981	1991	2001
Population (in crores)	6	8	10

Q. The following table shows the number of medals won by India in the Asian Games in different years.

\begin{matrix} Year & 2006 & 2010 & 2014 & 2018 Number of medals & 53 & 65 & 57 & 69 \end{matrix}

The average number of medals won by India is ____.

Join BYJU'S Learning Program

In year 1978, temperature is (150)∘C=0.02∘C By observing coldest to warmest order is ascending order. ∴−0.17∘C<−0.10∘C<0.02∘C<0.10∘C<0.54∘C Order of years is 1964<1965<1978<1958<2002

In year 1978, temperature is ${(\frac{1}{50})}^{\circ} C = {0.02}^{\circ} C$
By observing coldest to warmest order is ascending order.
$∴ - {0.17}^{\circ} C < - {0.10}^{\circ} C < {0.02}^{\circ} C < {0.10}^{\circ} C < {0.54}^{\circ}$ C
Order of years is
$1964 < 1965 < 1978 < 1958 < 2002$