Question

♦️Assignment....10 Marks Write 2 Foolscap pages each on 1) Relation Between MATHEMATICS and SCIENCE (5 examples) 2) Relation Between MATHEMATICS and GEOGRAPHY (5examples) Submit along with first term paper​

Answer 1

Answer:

1) In many ways, math is closely related to science. Mathematics is a scholarly domain, and so the mathematical community works as the scientific community does — mathematicians build on each other's work and behave in ways that push the discipline forward. This progress contributes to scientific breakthroughs.

2) Geography requires mathematical calculations to find the distance of places,gradient of hills,areas,and heights of places. Places' location are also given in terms of degrees and through calculations the layout of areas can be predicted.

Step-by-step explanation

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Answer 2

Answer:

1. Mathematics and science have a long and tight link that is vital to both. Mathematics is an integral part of science, woven into its fabric, serving as its universal language and a vital source of intellectual tools. In turn, science inspires and stimulates mathematics by offering new problems, fostering new ways of thinking, and eventually shaping mathematics' value system.

2. Geometry necessitates mathematical computations to determine distances, gradients, areas, and heights of locations. The location of places is also specified in degrees, and the layout of spaces can be predicted using formulas.

Explanation:

1. Strong linkages between mathematics and science exist and are flourishing, but many more are required. Such links should become prevalent in order to advance science, and actively fostering them is sound scientific policy. Making more timely linkages between mathematics and the sciences is especially crucial. Scientists and engineers should have access to the most up-to-date mathematical tools, and mathematicians should be aware of current scientific thought. Einstein could employ LeviCivita's geometry within a few years of its conception in an earlier period of tiny science. New discoveries in mathematics may remain unknown to scientists and engineers for long periods of time, given today's massively enlarged scientific endeavor and growing specialization; analytical and numerical methods employed in various scientific domains already lag far behind current understanding. Collaborations with scientists are also necessary to bring relevant challenges and opportunities to the attention of mathematicians. sciences. Einstein could employ LeviCivita's geometry within a few years of its conception in an earlier period of tiny science.

2. The following divisions or sections of geography require a mathematical foundation:

(a.) Form and Shape of the Earth

(b.) Earth's movements and their gravitational and electromagnetic relationships.

(c.) Longitude elements and time-determination variables.

(d.) Map interpretation and cartography (To find the minimum number of colors for the states of a country so that they don't coincide with the same boundaries)

(e.) Climatology.

(f.) Physiography.