Math, asked by lakshmiraghunath990, 4 months ago

Write the equations
for the following statement.
1) The number q divided by 5 gives 6

Answers

Answered by riya908

1

Step-by-step explanation:

q/5 = 6.................

Answered by shoaibakhtar70

1

Answer:

q = ?

q/5 = 6

=5 × 6= 30

30/5 = 6 Answer.

please mark brainlest and follow me.Thank you so much dear friend bye.

Previous Question

Next Question

Similar questions

Hindi, 2 months ago

निम्नलिखित पदों का विग्रह करके समास का भेद बताइए- 4 क) लम्बोदर ख) यथाशक्ति ग) देश-विदेश घ) सुलेख...

Hindi, 2 months ago

प्र 1). निम्नलिखित विषयो मे से किसी एक पर लगभग 250 शब्दो मे निबंध लिखिए: 1. त्योहार मानव-जीवन को सरस बनाते हैं। भारत को त्योहारों का देश कहा जाता है। कारण बताते हुए जीवन में त्योहारों के महत्त्व को स्पष्ट कीजिए।...

Hindi, 2 months ago

(xi) 'सहज' शब्द का विलोम शब्द लिखें। xii) 'अनजान' शब्द का विग्रह कर समास का नाम लिखिए। xiii) अभ्यास से किसमें वृद्धि होती है ? xiv) 'सहज पके सो मीठा होय' का आशय लिखिए।...

Physics, 4 months ago

what is gravitational force ?????

Geography, 4 months ago

which highland stand on the south west corner of west africa...

Physics, 10 months ago

Consider the situation of the previous problem. Assume that the temperature of the water at the bottom of the lake remains constant at 4°C as the ice forms on the surface (the heat required to maintain the temperature of the bottom layer may come from the bed of the lake). The depth of the lake is 1.0 m. Show that the thickness of the ice formed attains a steady state maximum value. Find this...

Physics, 10 months ago

A hollow tube has a length l, inner radius R1 and outer radius R2. The material has a thermal conductivity K. Find the heat flowing through the walls of the tube if (a) the flat ends are maintained at temperature T1 and T2 (T2 > T1) (b) the inside of the tube is maintained at temperature T1 and the outside is maintained at T2.

Physics, 10 months ago

A metal rod of cross sectional area 1.0 cm2 is being heated at one end. At one time, the temperatures gradient is 5.0°C cm−1 at cross section A and is 2.5°C cm−1 at cross section B. Calculate the rate at which the temperature is increasing in the part AB of the rod. The heat capacity of the part AB = 0.40 J°C−1, thermal conductivity of the material of the rod = 200 W m−1°C−1. Neglect any loss of...